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  • VACUUM PUMPS AND PUMPSETS VAC

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    MG

    EN

    ERATO

    RS

    AN

    DEJE

    CTO

    RS

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    CTO

    PU

    SVAC

    UU

    MLIF

    TIN

    GSYSTEMSPNEUMATICSUCTION

    AN

    DB

    LO

    WIN

    GPU

    MPS

    FO

    RG

    RAPH

    ICIN

    DU

    STRY

    SPEC

    IAL

    PRO

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    CTS

    [vacuumsolution]

    Mont Blanc str. Dacia nr.10, Iasi, RO-700259Tel: 0232-230 200Fax: 0232-230 [email protected]

    Membra a grupului:

    CATALOG VACUUM

  • [Index]

    Vacuum cups

    Vacuum cup holders

    Instruments for vacuum measurement, checking and adjustment

    Vacuum valves and solenoid valves

    Suction filters

    Fittings and hose for vacuum

    Vacuum pumps and pumpsets

    Vacuum generators and pneumatic pumpsets

    The OCTOPUS Vacuum Lifting System

    Graphic Division

    Special products

    1

    2

    3

    4

    5

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    8

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    10

    11

  • < < [Vacuum cups] 1

  • [Cups]

    Cups - General description page 1.00Cups page 1.01Cups with support page 1.02Special cups with vulcanized support page 1.03 - 1.04Flat circular cups page 1.05Flat circular cups with support page 1.06Special cups page 1.07Special cups with support page 1.08Flat rectangular cups page 1.09Flat rectangular cups with support page 1.10Bellows cups page 1.11 - 1.13 - 1.15Bellows cups with support page 1.12 - 1.14 - 1.16Bellows cups with vulcanized support 110 250 page 1.17Special cups for cylindrical bodies page 1.18Special cups 110 360 page 1.19 - 1.20Foam rubber cups page 1.21Foam rubber cups with support page 1.22Special cups 220 page 1.23Foam rubber sheets and strips page 1.24Special cups page 1.25 1.30Special bellows cups page 1.31 1.33Special cups with support page 1.34 1.39Special bellows cups with support page 1.40 1.43Self-locking cups with traction release page 1.44Built-in cups with ball valve page 1.45 - 1.46Special built-in cups, with ball valve page 1.47Supports with retractable reference pin page 1.48Cups with self-locking support page 1.49 - 1.51Cups with ball valve and self-locking support page 1.50 - 1.52Cups with ball valve and self-locking support for glass and marble page 1.53 - 1.54Cups with ball valve and high self-locking support for glass and marble page 1.55 -1.56Cups with ball valve and self-locking support,for glass page 1.57Cups with ball valve, self-locking support and release button, for glass page 1.58Circular cups with ball valve, self-locking support and release button page 1.59Rectangular cups with ball valve, self-locking support and release button page 1.60-1.61

    1

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  • [CupsGeneraldescription]

    OIL-RESISTANT RUBBER

    It is an excellent compound with 60 Shore

    hardness, resistant to oils, greases, hydrocarbons

    and gases; besides the above chemical-physical

    features, this compound also has very good

    mechanical properties which make it suitable to

    support hard works such as tearings, bucklings,

    strokes etc. It is able to withstand maximum

    temperatures of 6070C.

    NATURAL PARA RUBBER

    Compound with 45 Shore hardness. Compared to

    the oil-resistant rubber, it is extremely flexible, for

    this reason it is suitable to solve difficult grip

    problems like irregular shapes or surfaces.

    Chemical-physical properties are not as good as

    the ones of the oil-resistant rubber as for example,

    this cannot be used in contact with oils or greases

    but, compared to this, it has much better

    mechanical features.

    It can withstand, without alterations, maximum

    temperatures of 5060C.

    SILICONE

    Compound with 45 Shore hardness. Due to its

    chemical-physical properties, it can be used in

    contact with oils, hydrocarbons and gases, like the

    oil-resistant rubber; due to its excellent flexibility,

    it can be used to handle loads with irregular shapes

    or surfaces, like the natural para rubber; due to its

    high heat resistance, it is used in contact with

    surfaces having temperatures up to 250C.

    Compared to the previously described compounds,

    silicone rubber has a poor mechanical resistance.

    SPECIAL COMPOUNDS

    Upon request cups can be supplied in ANTISTATIC,

    NON-MARKING, EPDM, VITON, POLYURETHANE and

    VULKOLLAN compounds as well as in special

    compounds able to withstand any kind of fluid and

    temperatures up to 400C.

    We would like to emphasise the quality of our

    vacuum cups. All cups produced by us have a

    ground lip, which assures a perfect vacuum seal

    also with a minimum contact and, in order to keep

    unaltered in the time their properties, they are

    subjected to a special stabilization process

    exclusive to us.

    TECHNICAL DATA

    The holding force of the cups has been calculated

    using the following formula:

    Where: S = Surface area of the cup,expressed in sqcm

    P = Force exerted by the atmospheric pressure expressed in kg/sqcm.

    = Safety Factor

    SAFETY FACTOR:Our cups have been designed to theoretically hold

    a load equal to three times of the value of the

    force shown in the tables. The stated figures have

    been obtained based on the following:

    P = 0,75 kg/sqcm , value created by a vacuum level of 750 mbar

    = 3; safety factor, valid when the gripplane of the cups is horizontal.

    For example, a cup 60 mm (Art. 01 60 10),

    which has a surface area, S, of 28,26 sqcm , will

    obtain the following holding force using this

    calculation:

    This is based upon the following conditions: A vacuum level of 750 mbar, equal to 0,75

    kg/sqcm. Horizontal grip plane of the cups. A non-porous load and with regular grip surface.

    SPECIAL CASES: All those cases where: The grip plane of the cups is vertical. The load to be held is porous. The holding surface is very rough or irregular. The speed of handling is very high.

    The value of the safety factor must be increased

    for each of the above conditions.

    Contact our technical department for advice on

    non-standard lifting applications.

    APPEARANCE:Oil-resistant rubber and natural rubber is black

    (except the natural para rubber cups, non-aged

    artificially, which are dark yellow); the cups in

    silicone can be supplied in white, translucent or

    red. The cups made of special compounds are

    green, brown, grey, ivory or blue.

    Cups are vacuum accessories which areessential where there is a problem to liftor to manipulate things, plates of otherbodies, difficult to grip with traditionalholding systems, because they have nogrips or they are breakable or becausethey can easily be deformed. When cupsare correctly applied, they can assuresimplicity, economy, safety, which arethe essential conditions for a perfectcarrying out of any automation.Our cups are manufactured bycompression under vacuum and theycan be supplied in different compounds,the most common being:

    Force = S x P

    Force = 28.26 x 0.75 = Kg. 7,063

    1.00[Cups]

    < >

  • 1.01[Cups]

    < >

    [Cups]

    Traditional cups, designed in the typical cup shape

    and with diameters ranging from 4 to 85 mm;

    they are normally made with natural para rubber

    with 45 Shore hardness, oil-resistant rubber with

    60 Shore hardness, stabilized silicone with 45

    Shore hardness and, upon request, with special

    compounds which are able to withstand extremely

    high temperatures or corrosive fluids.

    Art.Force A B C D E F G H IKg.

    01 04 10 0.03 7.5 3 1.5 4 6.0 -- 7.0 -- --

    01 05 10 0.05 8.0 3 1.5 5 6.0 -- 7.0 -- --

    01 06 10 0.07 8.0 3 1.5 6 6.0 -- 7.0 -- --

    01 08 10 0.12 8.0 5 2.5 8 6.0 -- 7.0 -- --

    01 09 07 0.15 7.0 5 2.0 9 5.5 -- 6.0 -- --

    01 10 10 0.19 11.0 7 4.0 10 8.5 -- 7.0 -- --

    01 12 10 0.28 11.0 8 4.0 12 8.0 -- 9.0 -- --

    01 15 10 0.44 12.0 8 4.0 15 8.0 -- 9.5 -- --

    01 18 10 0.63 12.0 8 4.0 18 8.0 -- 9.5 -- --

    01 20 10 0.78 12.0 8 4.0 20 8.0 -- 9.5 -- --

    01 22 10 0.95 13.0 8 4.0 22 8.0 -- 10.0 -- --

    01 25 10 1.23 8.0 12 6.0 25 2.0 -- 3.5 -- --

    01 25 15 1.23 16.0 12 6.0 25 10.0 -- 11.5 -- --

    01 30 10 1.76 8.0 12 6.0 30 1.0 -- 3.5 -- --

    01 30 15 1.76 17.0 12 6.0 30 10.0 -- 12.5 -- --

    01 35 10 2.40 8.0 12 6.0 35 1.0 -- 3.5 -- --

    01 35 15 2.40 16.0 15 10.0 35 10.0 -- 11.5 -- --

    01 40 15 3.14 18.0 15 10.0 40 10.0 -- 12.5 -- --

    01 45 10 3.98 18.0 15 10.0 45 5.0 -- 9.5 -- --

    01 45 15 3.98 23.0 15 10.0 45 10.0 -- 14.5 -- --

    01 60 10 7.06 22.0 15 10.0 60 4.0 25 -- 10 2.5

    01 85 10 14.18 41.0 25 15.0 85 16.0 25 -- 23 4.0

  • [Cupswith support]

    They are the same cups of the series 01 ..10, cold

    assembled, without any adhesive, on a proper

    support in nickel-plated brass or in anodized

    aluminium. The support, suitably shaped in order to

    perfectly stick to the cup, has a stem or a threaded

    hole to facilitate the fastening to the machine. The

    cup replacement is an extremely easy operation.

    As a spare part it is sufficient to request the cup

    corresponding to the diameter of the series 01 ..10.

    1.02[Cups]

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    Art.Force A B C D E F G H I L M SWKg.

    08 25 10 1.23 18 M6 -- 25 10 3.5 -- -- 12 -- -- 3

    08 25 11 1.23 18 1/8 -- 25 10 4.0 -- -- 12 -- -- 4

    08 30 10 1.76 18 M6 -- 30 10 3.5 -- -- 12 -- -- 3

    08 30 11 1.76 18 1/8 -- 30 10 4.0 -- -- 12 -- -- 4

    08 35 10 2.40 18 M6 -- 35 10 3.5 -- -- 12 -- -- 3

    08 35 11 2.40 18 1/8 -- 35 10 4.0 -- -- 12 -- -- 4

    08 45 10 3.98 32 1/4 10 45 14 7.5 -- -- 25 -- M8 8

    08 45 11 3.98 32 1/8 -- 45 14 7.5 -- -- 25 -- -- 8

    08 60 10 7.06 36 1/4 10 60 14 7.5 2.5 10 -- 25 M8 8

    08 60 11 7.06 36 1/8 -- 60 14 7.5 2.5 10 -- 25 -- 8

    08 85 10 14.18 55 1/4 12 85 14 8.0 4.0 23 -- 25 M8 8

  • 1.03[Cups]

    < >

    [Special cups with support]

    Art.Force A B C D E F GKg.

    08 50 40 4.90 29.0 3/8 16.0 50 13.0 6.5 31

    08 75 40 11.04 38.0 3/8 25.0 75 13.0 9.0 31

    08 100 40 19.62 39.0 3/8 26.0 100 13.0 9.0 32

    08 100 50 19.62 43.5 3/8 30.5 100 13.0 15.0 32

    08 50 40F 4.90 32.5 3/8 16.0 50 16.5 6.5 31

    08 75 40F 11.04 41.5 3/8 25.0 75 16.5 9.0 31

    08 100 40F 19.62 42.5 3/8 26.0 100 16.5 9.0 32

    08 100 50F 19.62 47.0 3/8 30.5 100 16.5 15.0 32

    Designed and manufactured for the purpose of

    handling stamped or drawn plates, these cups

    are used predominately in the motor field.

    They have a ground lip, which permits an

    immediate grip of the load to be lifted as soon as

    contact is made and assures a perfect vacuum

    seal.

    These cups are produced in a special compound

    called BENZ, able to withstand chlorine usually

    contained in the oils for the stamping and

    drawing of plates.

    The support is zinc-plated steel and is vulcanized

    on the cup.

    They are avai lable in the three ser ies of

    compounds.

  • [Special cups with support]

    These cups are similar to the ones described on

    the previous page: they are different for the round

    shape of the lip and the inside cleats.

    These features in design permit the use of these

    cups in particularly heavy conditions.

    They are used in the same field.

    They are also made of BENZ compound and the

    support, in zinc plated steel, is vulcanized on the

    cup.

    These cups are available in the three series of

    compound.

    1.04[Cups]

    < >

    Art.Force A B C D E F GKg.

    08 50 99 4.90 36.5 3/8 23.5 50 13.0 9 35

    08 75 99 11.04 36.5 3/8 23.5 75 13.0 9 35

    08 100 99 19.62 53.0 3/8 40.0 100 13.0 12 35

    08 50 99F 4.90 40.0 3/8 23.5 50 16.5 9 35

    08 75 99F 11.04 40.0 3/8 23.5 75 16.5 9 35

    08 100 99F 19.62 56.5 3/8 40.0 100 16.5 12 35

  • [Cups]

    Flat cups, having an original shape, particularly

    studied for handling plates, glasses, wood panels,

    machined marbles and granites and similar loads.

    The shape of their low vertical lip, allows a firm

    grip on the surface of the load to be handled, it

    eliminates any oscillation and considerably

    reduces the volume of air therein contained,

    allowing a quicker grip and detachment.

    These cups are provided with cleats which,

    bes ides avo id ing the load to bend in

    correspondence of the grip point, also have the

    purpose to increase the friction surface with the

    load vertically lifted, in order to avoid its slip.

    Normally they are available in three standard

    compounds but, upon request, they can be

    supplied in special compounds and in different

    grades of hardness.

    1.05[Cups]

    < >

    Art.Force A B C D E F G HKg.

    01 65 15 8.29 68 63 59 65 27 3 8 1701 85 15 14.18 68 63 59 85 27 3 8 1701 110 10 23.74 96 91 87 114 54 3 8 1701 150 10 45.00 133 125 118 154 64 4 11 2301 250 20 122.60 235 227 220 254 220 4 11 23

  • [Cupswith support]

    Art.Force A B C D E F GKg.

    08 65 15 8.29 M12 69 11 65 17 -- --

    08 65 16 8.29 M8 69 11 65 17 21 1/4

    08 65 17 8.29 M12 69 11 65 17 21 1/4

    08 85 15 14.18 M12 69 11 85 17 -- --

    08 85 16 14.18 M8 69 11 85 17 21 1/4

    08 85 17 14.18 M12 69 11 85 17 21 1/4

    08 110 10 23.74 M12 97 11 114 17 -- --

    08 110 11 23.74 M8 97 11 114 17 26 1/4

    08 110 12 23.74 M12 97 11 114 17 26 1/4

    08 110 13 23.74 3/8 97 11 114 17 -- --

    08 150 10 45.00 M12 135 15 154 23 -- --

    08 150 16 45.00 M12 135 15 154 23 30 1/4

    08 150 12 45.00 M12 135 15 154 23 30 3/8

    08 150 13 45.00 3/8 135 15 154 23 -- --

    08 150 14 45.00 3/8 135 15 154 23 27 3/8

    08 250 20 122.60 M12 237 15 254 23 70 3/8

    These cups are the same as previously described,

    cold assembled, without any adhesive, on a

    proper support in anticorodal aluminium.

    The support has a central threaded hole to

    facilitate fastening to the machine and, upon

    request, it can be supplied with a side hole with

    gas thread for the suction fitting.

    As a spare part it is sufficient to request only the

    cup corresponding to the diameter of the series

    016515 - 018515 - 0111010 - 0115010

    0125020.

    1.06[Cups]

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  • 1.07[Cups]

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    [Cups]

    Art.Force A B C D E F G HKg.

    01 76 24 11.33 54 35 16 76 36 4.5 10 24

    01 90 24 15.89 64 35 16 90 36 4.5 10 24

    01 110 24 23.74 79 35 16 110 36 4.5 10 24

    01 150 36 45.00 98 70 16 150 70 6.0 17 36

    The cups shown on this page have been studied

    to solve many lifting problems associated with

    handling of wood and plastic panels, thin glass

    and marble slabs, ceramic and baked clay tiles

    and plate sheets. Their lip, lightly inclined, low

    and strong, does not slide on the surface of the

    load, during the pick up phase.

    These cups are provided with cleats on the inside

    face, which, apart from reducing the air volume

    to be sucked, have the function of creating a

    perfect supporting surface, which avoids the

    deformation of the surface of taking and the slip

    of the load vertically lifted. They are normally

    available in three standard compounds but, upon

    request they can be suppl ied in spec ia l

    compounds and in different grades of hardness.

  • 1.08[Cups]

    < >

    Art.Force A B C D E SWKg.

    08 76 24 1/4 11.33 1/4 24 14 76 38 6

    08 90 24 1/4 15.89 1/4 24 14 90 38 6

    08 110 24 1/4 23.74 1/4 24 14 110 38 6

    08 76 24 3/8 11.33 3/8 24 14 76 38 6

    08 90 24 3/8 15.89 3/8 24 14 90 38 6

    08 110 24 3/8 23.74 3/8 24 14 110 38 6

    08 150 36 45.00 3/8 36 14 150 50 6

    The cups shown on this page are the same cups

    described on the previous page, cold assembled,

    without any adhesive, on a proper support in

    anodized aluminium and locked by a ring nut

    made in the same material.

    The support, appropriately shaped, is provided

    with a threaded pin, in order to facilitate the fixing

    to the machine.

    In order to replace the cup, it is sufficient to

    unscrew the ring nut, extract the worn out cup

    and replace it with a new one, repeating the

    inverse operation.

    As a spare part, order the cup relating to the

    diameter of series 01 ..24 and 01 150 36, in the

    compound required.

    [Cupswith support]

  • 1.09[Cups]

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    [Cups]

    Art.Force A B C D E F G H I L M NKg.

    01 40 75 6.7 75 40 6.5 59 54 19 7.5 16.0 3 64 29 24

    01120 90 24.0 117 87 7.5 102 97 68 7.5 17.5 3 107 78 73

    01150 65 21.5 147 62 6.5 132 127 42 7.5 16.5 3 137 52 47

    01150 75 25.0 147 72 7.5 132 127 52 7.5 16.5 3 137 62 57

    01300 80 60.0 297 77 7.5 284 278 58 7.5 17.5 3 288 68 64

    01300 150 113.0 297 147 6.5 284 278 128 7.5 17.5 3 288 138 134

    This series of rectangular flat cups is particularly

    suitable to carry out working surfaces to stirrup

    wood panels, marbles, granites, ceramics,

    glasses or similar.

    Of course they can also be used to handle the

    materials themselves.

    The shape of their lip, low and vertical, allows a

    stable grip at the surface of the load to be

    stirruped or handled, it eliminates any oscillation

    and considerably reduces the volume of air

    therein contained, allowing a quicker grip and

    detachment.

    They are available in three standard compounds

    but, upon request they can be supplied in special

    compounds and in different grades of hardness.

  • [Cupswith support]

    They are the same rectangular flat cups shown

    and described on the previous page, cold

    assembled, without any adhesive, on a proper

    support in anodized aluminium.

    All supports have a central threaded hole to

    facilitate fastening to the machine and, the

    largest ones have a side hole with gas thread for

    the suction fitting.

    As spare part, it is necessary to order the cups

    with the code 01 instead of 08, in the required

    compound.

    1.10[Cups]

    < >

    Art.Force A B C D E F G H I L M N OKg.

    08 40 75 6.7 76 41 6.5 M12 55 20 11 16.0 0.5 66 31 -- --

    08 120 90 24.0 120 90 7.5 M12 102 70 11 17.5 0.5 112 80 -- --

    08 150 65 21.5 150 65 6.5 M12 130 45 11 16.5 0.5 140 55 -- --

    08 150 75 25.0 150 75 6.5 M12 130 55 11 16.5 0.5 140 65 -- --

    08 300 80 60.0 300 80 7.5 3/8 284 62 11 17.5 0.5 290 70 100 M12

    08 300 150 113.0 300 150 7.5 1/2 284 134 11 17.5 0.5 290 140 100 M12

  • [Bellows cups]

    The bellows cups shown on this page have been

    designed purposely to handle food products such

    as biscuits, bread, pizza, brioches etc., as well as

    paper or plastic bags containing chocolates,

    sweetmeats, pasta, meals, powders, etc.

    Being very flexible, they can also be used to

    compensate flatness errors or for gripping on

    inclined surfaces.

    They are normally available in the three series of

    compounds.

    1.11[Cups]

    < >

    Art.Force A B C D E F GKg.

    01 20 23 0.78 23 14.5 5 20 5 14 4

    01 30 32 1.76 32 20 6.5 30 7 21 5

    01 40 42 3.14 42 20 6.5 40 7 28 5

    01 50 53 4.90 53 27 10.5 50 10 35 6

  • Art.Force A B C D E F G HKg.

    08 20 23 0.78 36.5 1/8 23 20 5.5 8 13 14.5

    08 30 32 1.76 51.5 1/4 32 30 7.5 12 17 20

    08 40 42 3.14 61.5 1/4 42 40 7.5 12 17 20

    08 50 53 4.90 72.5 1/4 53 50 7.5 12 22 27

    08 20 23F 0.78 35 1/8 23 20 8 12 13 14.5

    08 30 32F 1.76 46 1/4 32 30 10 14 17 20

    08 40 42F 3.14 56 1/4 42 40 10 14 17 20

    08 50 53F 4.90 67 1/4 53 50 10 14 22 27

    [Bellows cupswith support]

    These bellows cups are the same as described on

    the previous page, cold assembled on a sturdy

    support in anodized aluminium, male or female

    threaded.

    As spare part, it is necessary to order the cups

    with the code 01 instead of 08, in the required

    compound.

    1.12[Cups]

    < >

  • 1.13[Cups]

    < >

    [Bellows cups]

    Art.Force A B C D E F GKg.

    01 22 19 0.95 19 14.5 5 22 5.5 11 4

    01 34 26 2.26 26 14.5 5 34 5.5 17 4

    01 43 28 3.62 28 20 6.5 43 7 21.5 4

    01 53 35 5.51 35 27 10.5 53 9.5 30.5 6

    The particular shape of the bellows cup makes

    them collapse rapidly when they are in contact

    with the surface of the load to be handled, lifting

    the load some centimetres, independently of the

    machine movement; this quick movement

    prevents the load below from remaining stuck to

    the surfaces or load underneath.

    Due to th is fea ture , be l lows cups are

    recommended in all the cases where it is

    necessary to lift and handle paper sheets,

    cardboard sheets, thin plates, wooden panels,

    glass slabs, etc.

    Due to their high flexibility, they can also be used

    to compensate flatness errors or for the grip on

    inclined surfaces.

    These cups are available in all the series of

    compounds.

  • Art.Force A B C D E F G HKg.

    08 22 19 0.95 32.5 1/8 19 22 5.5 8 13 14.5

    08 34 26 2.26 39.5 1/8 26 34 5.5 8 13 14.5

    08 43 28 3.62 47.5 1/4 28 43 7.5 12 17 20

    O8 53 35 5.51 54.5 1/4 35 53 7.5 12 22 27

    08 22 19 F 0.95 31 1/8 19 22 8 12 13 14.5

    08 34 26 F 2.26 38 1/8 26 34 8 12 13 14.5

    08 43 28 F 3.62 42 1/4 28 43 10 14 17 20

    08 53 35 F 5.51 49 1/4 35 53 10 14 22 27

    [Bellows cupswith support]

    These bellows cups are the same as described on

    the previous page, cold assembled on a proper

    support in anodized aluminium, male or female

    threaded.

    As spare part, it is necessary to order the cups

    with the code 01 instead of 08, in the required

    compound.

    1.14[Cups]

    < >

  • 1.15[Cups]

    < >

    [Bellows cups]

    Art.Force A B C D E F G H IKg.

    O1 75 42 11.93 42 59 54 78 45 56 22.5 3 7

    O1 110 58 23.70 58 75 70 110 61 74 33.0 3 7

    O1 150 74 45.00 74 112 107 150 98 103 49.0 3 7

    The bellows cup shown on this page are suitable

    for the grip of plates, glasses, marbles, tiles,

    wooden panels, etc.

    It is available in all the series of compounds.

  • [Bellows cupswith support]

    The bellows cups on this page are the same as

    described previously, cold assembled, without any

    adhesive, on a strong support in anodized

    aluminium.

    As spare part it is sufficient to request only the

    cup Art. 01 75 42 in the required compound.

    1.16[Cups]

    < >

    Art.Force A B C D E F GKg.

    08 75 42 11.93 42 59 M 12 78 10 -- --

    08 75 42 1/2 11.93 42 59 1/2 78 10 -- --

    08 110 58 23.70 58 75 1/2 110 10 23 1 /8

    08 150 74 45.00 74 112 1/2 150 10 35 1/8

  • 1.17[Cups]

    < >

    [Bellows cups]

    Art.Force A B C D E F G H I LKg.

    08 110 30 23.7 78 65 45 110 55 1 /2 10 27 23 1/8

    08 150 30 45.0 78 65 60 150 75 1 /2 10 38 23 1/8

    08 180 30 63.5 94 80 70 180 84 1 /2 10 43 30 1/8

    08 250 30 122.6 130 100 100 250 125 1 /2 15 60 35 3/8

    The main feature of bellows cups is that they can

    rapidly collapse during the grip, thus lifting the

    load for a few centimetres, independently of the

    movements of the lifting frame; this quick

    movement avoids that the load beneath, remains

    stuck to the lifted one.

    Due to this feature they are particularly suitable

    to leaf and remove thin plate sheets, glass slabs,

    chipboard or compressed wood panels, laminated

    plastic etc.

    Due to their high flexibility they can also be used

    to compensate flatness errors or for the grip of

    inclined surfaces.

    These bellows cups are vulcanized on a steel

    support and are available in all the series

    compounds.

  • [Special cups]

    The series of cups shown on this page has been

    developed for taking and handling cylindrical

    bodies such as pipes, bottles, section bars etc.

    Cup support is in aluminium while cups are

    manufactured in oil-resistant rubber, natural para

    rubber and silicone.

    1.18[Cups]

    < >

    Art.Force grip A B C D E F G H I L M N

    Kg. min. max 08 30 60 3.5 30 45 26 20.0 15 M8 10 8 19 16 20 60 50 4.1

    08 40 90 8.6 50 80 40 25.0 20 M12 14 10 28 23 30 92 80 5.1

    08 50 90 10.5 60 95 48 28.5 22 M12 14 10 34 28 30 92 80 5.1

  • [Special cups]

    This series of cups has been developed for lifting

    and handling big loads.

    They are vulcanized on a steel support, and have

    a central threaded hole for the fastening to the

    machine; moreover they have a side hole for the

    connection to vacuum.

    They have a labyrinth graved face made in the

    same compound as the cup itself, which allows

    also the grip of glasses, marbles or thin and

    breakable plates in general, without bending in

    the grip point.

    The shape of their lip and the choice of the

    different compounds which they are made with,

    enables the grip on irregular and corrugated

    surfaces.

    The series 08 .. 40, besides having the same

    features as the aforementioned cups, also has an

    internal upright lip which enables the grip also on

    particularly rough surfaces such as embossed

    plates or plates with fret, sawn marbles and

    grani tes , rough wood boards, concrete

    prefabricated etc.

    1.19[Cups]

    < >

    Art.Force A B C D E F G L M N HKg.

    08 110 15 23.7 74 70 26.0 110 1/4 M12 10 2 14 10 26

    08 150 15 45.0 115 110 40.0 150 3/8 M12 10 2 14 10 26

    08 200 10 78.5 164 160 47.5 200 3/8 M12 11 3 14 10 28

    08 250 10 122.6 214 210 72.5 250 3/8 M12 11 3 14 10 28

    08 300 10 176.6 266 260 89.0 300 1/2 M16 11 5 15 10 31

    08 350 10 240.4 316 310 89.0 350 1/2 M16 11 5 15 10 31

    08 110 40 15.5 74 68 26.0 110 1/4 M 12 7 3 16 10 26

    08 150 40 22.8 115 105 40.0 150 3/8 M 12 7 3 16 10 26

    08 200 40 45.0 164 148 47.5 200 3/8 M 12 8 3 17 10 28

    08 250 40 78.5 214 196 72.5 250 3/8 M 12 8 3 17 10 28

    08 300 40 122.6 266 248 89.0 300 1/2 M 16 10 3 18 10 31

    O8 350 40 176.6 316 298 89.0 350 1/2 M 16 10 3 18 10 31

  • [Special cups]

    This cup is suitable to handle extremely heavy

    loads.

    It is vulcanized on a steel support; it has a

    labyr inth graved face made in the same

    compound as the cup itself.

    Four steel pins are integral to the support, these

    pins are equipped with four self-locking nuts

    which guide and fasten the cup to the machine,

    moreover they have a threaded sleeve for the

    connection to vacuum.

    This cup is also equipped with four springs, to

    cushion the impact of the cup with the load to be

    lifted.

    Also this cup is available in different compounds

    and in different grades of hardness, as the ones

    previously described.

    1.20[Cups]

    < >

    Art.ForceKg.

    08 360 10 254.3

  • 1.21[Cups]

    < >

    [Foam rubber cups]

    Art.Force D d SKg.

    01 42 15 0.78 40 20 15

    01 64 15 3.5 64 40 15

    01 92 15 8.5 92 64 15

    01 127 15 17.5 127 92 15

    O1 180 15 38.5 180 140 15

    01 220 15 63.6 220 180 15

    Art.Force A B C SKg.

    O1 107 75 9 107 75 15 15

    O1 135 50 6 135 50 15 15

    O1 135 60 8 135 60 15 15

    O1 290 68 25 290 68 15 15

    O1 290 140 72 290 140 15 15

    The cups shown on this page are made with a

    special foam rubber compound which has such a

    density that allows them to grip also on uneven

    and very rough surfaces and to maintain their

    elasticity also after many working cycles.

    The cups of this series have a self-adhesive side

    in order to allow a quick fixing to their supports.

    Foam rubber cups have been designed for

    handling loads with crude or very rough surfaces

    (sawn, bushammered or flamed marbles, buckle

    plates, treadplates or plates with fret, striated

    plexiglas, raw cement manufactures, garden tiles

    with grit, etc.) and in all those cases where

    traditional cups cannot be used.

    These cups are produced in circular and

    rectangular shapes; upon request they can be

    supplied in different sizes and shapes.

  • [Foam rubbercups withsupport]

    These cups are the same foam rubber cups as

    previously described, fixed on a proper support in

    anodized aluminium.

    Supports have a central threaded hole to fasten

    them to the machine or to the cup holder and,

    upon request can be supplied with side threaded

    hole for the suction connection.

    As a spare part it is sufficient to order only the

    cup in self-adhesive foam rubber corresponding

    to the support external sizes and with code 01

    instead of 08

    1.22[Cups]

    < >

    Art.Force A B C D d E F SKg.

    08 42 15 0.78 M12 40 10 40 20 -- -- 15

    08 64 15 3.5 M12 60 10 64 40 -- -- 15

    08 92 15 8.5 M12 88 11 92 64 -- -- 15

    08 127 15 17.5 M12 120 15 127 92 3/8 30 15

    08 180 15 38.5 M12 160 12 180 140 3/8 60 15

    Art.Force A B C D E F G O SKg.

    08 107 75 9 107 75 15 M12 11 70 -- -- 15

    08 135 50 6 135 50 15 M12 11 45 -- -- 15

    08 135 60 8 135 60 15 M12 11 55 -- -- 15

    08 290 68 25 290 68 15 3/8 11 62 100 M12 15

    08 290 140 72 290 140 15 1/2 11 134 100 M12 15

  • 1.23[Cups]

    < >

    [Special cups]

    Art.Force

    CompoundKg.08 220 10N 63.6 Geranium foam rubber

    Neoprene foam rubber

    Art.Force

    CompoundKg.08 220 10A 78.5 Oil-resistant rubber

    The feature which characterizes these cups form

    the ones previously described is their lip which is

    made from nitrilie rubber coupled with foam

    rubbers; this structure allows the grip also in very

    rough surfaces or even on the grooved ones.

    They are particularly suitable to grip and handle

    cement manufactures with grit finished surfaces,

    marbles and bushammered or flamed granites.

    They are also available in oil-resistant rubber,

    without foamy lip, suitable to handle plates or

    dressed panels.

    The support is in anodized aluminium and the

    cup is cold assembled onto it, without any

    adhesive.

    As a spare part it is sufficient to request only the

    cup art . 01 220 10, sta t ing the required

    compound.

  • [Foam rubbersheets andstrips]

    The same kind of foam rubber used for making

    suction cups can be supplied in sheets or strips,

    with the sizes shown in the table.

    In order to allow an easy and quick fixing to the

    metal support, both rubber sheets and strips have

    a self-adhesive side.

    With foam rubber sheets and strips, it is possible

    to make cups in whatever shape required and

    move loads with raw or very rough surfaces.

    Upon request they can be supplied in different

    sizes and densities.

    1.24[Cups]

    < >

    Art. A B S

    Sheet 2000 1000 10

    Sheet 2000 1000 15

    SGS 10 10 2000 10 10

    SGS 15 10 2000 15 10

    SGS 20 10 2000 20 10

    SGS 20 15 2000 20 15

  • 1.25[Cups]

    < >

    [Special cups]

    These cups have been developed for the solution

    of the several problems of gripping and handling,

    which we have dealt with for so many years in

    vacuum handling.

    The cups shown on this and on the following five

    pages are suitable for the grip of cds, labels,

    chocolates, biscuits, paper sheets, small picture

    cards, pralines, cardboard, tiles, abrasive grinding

    wheels, small metal parts and plastic objects.

    They are available in all the three compounds

    and, upon request, they can be made in special

    materials.

  • 1.26[Cups]

    < >

    [Special cups]

  • 1.27[Cups]

    < >

    [Special cups]

  • 1.28[Cups]

    < >

    [Special cups]

  • 1.29[Cups]

    < >

    [Special cups]

  • 1.30[Cups]

    < >

    [Special cups]

    Art. A B C D

    01 12 20 20 17 15 11.5

    01 12 30 30 27 25 21.5

    01 12 40 40 37 35 31.5

    01 12 50 55 52 50 46.5

    Art.A B C D E H

    01 46 13 35 23 12 46 8.5 12.5

    01 73 14 60 40 27 73 10 14.0

    O1 95 14 71 51 27 95 10 14.5

  • [Bellows cups]

    These bellows cups have a particular feature of

    collapsing during the grip on the surface and

    when the vacuum is present make a quick lifting

    movement, independent of the lifting frame

    movement: this rapid movement prevents the

    sheet underneath the load to adhere to it during

    this part of the lift cycle.

    The cups shown on this and on the following four

    pages are recommended for the grip of compact

    discs, biscuits, small picture cards, flat bread,

    thin plates, labels, small metal and plastic parts,

    small cards, paper and plastic bags, friable

    products, chocolate eggs, hens eggs, plastic

    sheets, etc.

    They are avai lable in the three ser ies of

    compounds, and upon request, they can be made

    in special materials.

    1.31[Cups]

    < >

  • [Bellows cups]

    1.32[Cups]

    < >

  • 1.33[Cups]

    < >

    [Bellows cups]

  • [Special cupswith support]

    Many cups shown on this and on the following

    five pages are the same special cups described

    previously, cold assembled and without adhesive,

    on sturdy metal supports; on the contrary, the

    cups, which have not been described or shown

    previously, are vulcanized on their support.

    The technical features are those already

    mentioned: the addition of the support has the

    advantage to make the cup ready for the

    assembling on the machine and to assure the

    perfect vacuum seal between the cup and the

    support itself.

    1.34[Cups]

    < >

    Art.Force A B C D E F GKg.

    08 04 10 0.03 21.0 M5 13.0 4 3 5 7

    08 05 10 0.05 21.5 M5 13.5 5 3 5 7

    08 06 10 0.07 21.5 M5 13.5 6 3 5 7

    08 08 10 0.12 21.5 M5 13.5 8 3 5 7

    08 09 07 0.15 20.5 M5 12.5 9 3 5 7

    Art.Force A B C D E F GKg.

    08 12 20 0.52 16.5 1/8 1.5 20 8.5 6.5 12

    08 12 30 0.82 16.5 1/8 1.5 30 8.5 6.5 12

    08 12 40 1.12 16.5 1/8 1.5 40 8.5 6.5 12

    08 12 50 1.57 16.5 1/8 1.5 55 8.5 6.5 12

    Art.Force A B C D E F GKg.

    08 10 10 0.19 24 1 /8 11 10 5 8 12

    08 12 10 0.28 24 1 /8 11 12 5 8 12

    08 15 10 0.44 25 1 /8 12 15 5 8 12

    08 18 10 0.63 25 1 /8 12 18 5 8 12

    08 18 12 0.63 23 1 /8 10 18 5 8 12

    08 20 10 0.78 25 1 /8 12 20 5 8 12

    O8 22 10 0.95 26 1 /8 13 22 5 8 12

    O8 25 15 1.23 29 1 /8 16 25 5 8 12

    08 30 15 1.76 30 1 /8 17 30 5 8 12

    08 35 15 2.40 38 1/4 16 35 8 14 17

    08 40 15 3.14 40 1 /4 18 40 8 14 17

    08 45 15 3.98 45 1/4 23 45 8 14 17

    Art.Force A B C D E F GKg.

    08 10 25 0.19 24 1 /8 11 10 13 10 12

    08 12 25 0.28 24 1 /8 11 12 13 10 12

    08 15 25 0.44 25 1/8 12 15 13 10 12

    08 18 12F 0.63 23 1/8 10 18 13 10 12

    08 18 25 0.63 25 1/8 12 18 13 10 12

    08 20 25 0.78 25 1 /8 12 20 13 10 12

    08 22 25 0.95 26 1 /8 13 22 13 10 12

    08 25 25 1.23 29 1 /8 16 25 13 10 12

    08 30 25 1.76 30 1 /8 17 30 13 10 12

    08 35 25 2.40 33 1 /4 16 35 17 16 17

    08 40 25 3.14 35 1 /4 18 40 17 16 17

    08 45 25 3.98 40 1 /4 23 45 17 16 17

  • 1.35[Cups]

    < >

    [Special cupswith support]

    Art.Force A B C D E F G HKg.

    08 14 09 0.38 22 1/8 9 14 5 8 1.5 --

    08 14 10 0.38 23 1/8 10 14 5 8 2.5 --

    08 14 09F 0.38 22 1/8 9 14 -- -- 1.5 13

    08 14 10F 0.38 23 1/8 10 14 -- -- 2.5 13

    Art.Force A B C D E F G HKg.

    08 14 15 0.38 28 1/8 15 14 5 8 2.5 --

    08 14 15F 0.38 28 1/8 15 14 -- -- 2.5 13

    Art.Force A B C D E F G HKg.

    08 14 32 0.38 45 1/8 32 14 5 8 -- --

    08 14 32F 0.38 45 1/8 32 14 -- -- -- 13

    Art.Force A B C D E F GKg.

    08 15 15 0.03 28 1/8 15 15 5 8 --

    Art.Force A B C D E F GKg.

    08 16 26 0.50 48 1 /4 26 16 8 14 3

    08 22 24 0.95 47 1 /4 25 22 8 14 6

    08 22 45 0.95 67 1 /4 45 22 8 14 6

    08 22 99 0.95 47 1 /4 25 22 8 14 6

  • 1.36[Cups]

    < >

    [Special cupswith support]

    Art.Force A B C D E F GKg.

    08 17 12 0.60 19.5 M5 11 17.5 4.5 4.5 1

    08 17 13 0.60 24 1/8 11 17.5 5 8 1

    Art.Force A B C D E F GKg.

    08 19 31 0.70 53 1/4 31 19 8 14 3.5

    Art.Force A B C D E F GKg.

    08 25 12 0.12 25 1/8 12 25 5 8 --

    Art.Force A B C D E F G HKg.

    08 20 12 0.78 25.0 1/8 12.0 20 5 8 1.5 --

    08 20 14 0.78 27.5 1/8 14.5 20 5 8 3.5 --

    08 20 15 0.78 27.0 1/8 14.0 20 5 8 3.5 --

    08 20 12F 0.78 25.0 1/8 12.0 20 - - 1.5 13

    08 20 14F 0.78 27.0 1/8 14.0 20 - - 3.5 13

    08 20 15F 0.78 27.0 1/8 14.0 20 - - 3.5 13

    Art.Force A B C D E F G HKg.

    08 20 24 0.78 38 1 /8 25 20 5 8 14 --

    08 25 28 1.23 41 1 /8 28 25 5 8 17 --

    08 20 24F 0.78 38 1 /8 25 20 - - 14 13

    08 25 28F 1.23 41 1 /8 28 25 - - 17 13

  • 1.37[Cups]

    < >

    [Special cupswith support]

    Art.Force A B C D E F GKg.

    08 25 14 1.23 27 1/8 14 25 5 8 6

    Art.Force A B C D E F GKg.

    08 25 22 1.23 24 M8 12 25 12 7 --

    08 25 27 1.23 28 M8 12 25 16 7 --

    Art.Force A B C D E F GKg.

    08 27 24 1.43 45 1 /4 23 27 8 14 3

    08 30 24 1.76 45 1 /4 23 30 8 14 3

    Art.Force A B C D E F GKg.

    08 30 38 1.80 37 M 10 20 30 17 10 --

    08 40 41 3.20 41 M 10 23 40 18 12 --

    08 60 45 7.10 44 M 10 26 60 18 18 --

    08 80 50 12.60 51 M 10 33 80 18 26 --

    Art.Force A B C D E F GKg.

    08 40 18 3.14 32 1/4 18 40 14 8.5 --

    08 48 18 4.52 32 1/4 18 48 14 8.5 --

    08 54 18 5.72 30 1 /4 18 54 12 3.5 --

  • Art.Force A B C D E F GKg.

    O8 32 36 2.00 53 1 /4 36 32 5 12 8

    Art.Force A B C D E F GKg.

    08 32 52 3.00 22 15 18 6 4 52 32

    08 32 99 3.00 22 15 18 M8 4 52 32

    Art.Force A B C D E F GKg.

    08 40 24 3.14 47 1 /4 25 40 8 14 5

    Art.Force A B C D E F GKg.

    08 40 70 3.14 72 1 /4 50 40 8 14 10

    Art.Force A B C D E F GKg.

    08 46 13 3.87 29.5 40 12 46 M12 7 18

    08 73 14 9.02 39.0 65 27 73 3/8 10 25

    08 95 14 16.28 42.5 76 27 95 3/8 10 27

    [Special cupswith support]

    1.38[Cups]

    < >

  • 1.39[Cups]

    < >

    [Special cupswith support]

    Art.Force A B C D E F GKg.

    08 50 20 4.90 42 1 /4 20 50 8 14 M8

    08 65 28 8.20 50 1 /4 28 65 8 14 M8

    Art.Force A B C D E F GKg.

    08 56 15 6.15 19 M12 15 56 4 3.5 --

    Art.Force A B C D E F GKg.

    08 80 20 12.56 20 M 12 10 80 10 6 --

    Art.Force A B C D E F GKg.

    08 85 25 14.18 41 1 /4 25 85 16 15 25

    08 85 26 14.18 41 M 12 25 85 16 15 25

  • [Bellows cupswith support]

    Most of the cups shown on this and on the

    following three pages are the same bellows cups

    described previously, cold assembled and without

    adhesive, on sturdy metal supports; on the

    contrary, the cups, which have not been

    described or shown previously, are vulcanized on

    their support.

    The technical features are those already

    mentioned: the addition of the support has the

    advantage to make the cup ready for the

    assembling on the machine and to assure the

    perfect vacuum seal between the cup and the

    support itself.

    1.40[Cups]

    < >

    Art.Force A B C D E F G HKg.

    08 18 50 0.63 22.5 M8 11 18 1.5 10 7.5 --

    08 18 51 0.63 22.5 1/8 11 18 1.5 10 7.5 --

    08 18 52 0.63 24.0 1/8 11 18 --- -- 7.5 13

    Art.Force A B C D E F G HKg.

    08 11 16 0.23 24.5 M5 16 11 4.5 4 8 --

    08 11 17 0.23 29.0 1/8 16 11 5.0 8 8 --

    08 16 20 0.50 28.5 M5 20 16 4.5 4 11 --

    08 16 21 0.50 33.0 1/8 20 16 5.0 8 11 --

    08 11 17F 0.23 29.0 1/8 16 11 --- - 8 13

    08 16 21F 0.50 33.0 1/8 20 16 --- - 11 13

    Art.Force A B C D E F G HKg.

    08 15 23 0.44 36 1/8 23 15 5 8 14.5 --

    08 18 23 0.63 36 1/8 23 18 5 8 15.5 --

    08 18 29 0.63 42 1/8 29 18 5 8 21.5 --

    08 18 35 0.63 48 1/8 35 18 5 8 27.5 --

    08 15 23F 0.44 36 1/8 23 15 - - 14.5 13

    08 18 23F 0.63 36 1/8 23 18 - - 15.5 13

    08 18 29F 0.63 42 1/8 29 18 - - 21.5 13

    08 18 35F 0.63 48 1/8 35 18 - - 27.5 13

    Art.Force A B C D E F GKg.

    08 06 50 0.07 23.5 M5 15 6 4.5 4 7.5

    08 08 50 0.12 23.5 M5 15 8 4.5 4 7.5

    08 11 50 0.23 23.5 M5 15 11 4.5 4 7.5

    Art.Force A B C D E F GKg.

    08 19 17 0.70 25 M6 17 19 8 10 --

    08 19 18 0.70 25 1/8 17 19 8 10 --

  • 1.41[Cups]

    < >

    [Bellows cupswith support]

    Art.Force A B C D E F GKg.

    O8 25 35 1.23 57 1/4 35 25 8 14 14

    Art.Force A B C D E F GKg.

    08 33 50 2.13 51 1/8 38 33 5 8 25.5

    Art.Force A B C D E F GKg.

    O8 25 40 1.20 40 M8 28 25 12 15 --

    08 32 40 2.00 40 M8 28 32 12 15 --

    Art.Force A B C D E F G HKg.

    08 20 60 0.78 56.5 M8 45 20 1.5 10 42 --

    08 20 61 0.78 56.5 1 /8 45 20 1.5 10 42 --

    08 20 62 0.78 58.0 1 /8 45 20 --- -- 42 13

    Art.Force A B C D E F G HKg.

    08 30 50 1.76 60 1/4 38 30 8 14 23 --

    08 30 55 1.76 77 1/4 55 30 8 14 40 --

    08 30 99 1.76 60 1/4 38 30 8 14 23 --

    O8 30 50F 1.76 55 1/4 38 30 - -- 23 17

    08 30 55F 1.76 72 1/4 55 30 - -- 40 17

    08 30 99F 1.76 55 1/4 38 30 - -- 23 17

    Art.Force A B C D E F G HKg.

    08 40 50 2.40 45 1/4 23 40 8 14 2 --

    08 40 50F 2.40 40 1/4 23 40 - -- 2 17

  • 1.42[Cups]

    < >

    [Bellows cupswith support]

    Art.Force A B C D E F HKg.

    08 40 80 1.76 93 1/8 80 30 5 8 --

    08 40 80F 1.76 93 1/8 80 30 - - 13

    Art.Force A B C D E F GKg.

    08 52 50 5.30 64 1/4 42 52 8 14 23

    Art.Force A B C D E F GKg.

    08 56 30 6.15 63 1 /4 41 56 8 14 18

    08 75 30 11.04 76 1 /4 54 75 8 14 24

    Art.Force A B C D E F G HKg.

    08 42 90 3.00 101 1/8 88 42 5 8 20 --

    08 42 90F 3.00 101 1/8 88 42 - - 20 13

  • [Bellows cupswith support]

    Art.Force A B C D E F G H IKg.

    08 40 30 3.14 52.0 1/4 35 40 - -- 18 17 M8

    08 50 30 4.90 54.0 1/4 37 50 - -- 20 17 M8

    08 60 30 7.06 56.0 1/4 39 60 - -- 21 17 M8

    08 85 30 14.08 67.0 1/4 50 85 - -- 31 17 M8

    08 40 30M 3.14 56.5 1/4 35 40 8 13.5 18 -- --

    08 50 30M 4.90 58.5 1/4 37 50 8 13.5 20 -- --

    O8 60 30M 7.06 60.5 1/4 39 60 8 13.5 21 -- --

    08 85 30M 14.08 71.5 1/4 50 85 8 13.5 31 -- --

    Art.Force A B C D E F G H IKg.

    08 40 60 3.14 69.0 1/4 52 40 - -- 35 17 M8

    08 50 50M 4.90 72.0 1/4 55 50 - -- 38 17 M8

    08 60 50 7.06 75.0 1/4 58 60 - -- 41 17 M8

    08 85 50 14.08 95.0 1/4 78 85 - -- 58 17 M8

    08 40 60M 3.14 73.5 1/4 52 40 8 13.5 35 -- --

    08 50 50M 4.90 76.5 1/4 55 50 8 13.5 38 -- --

    08 60 50M 7.06 79.5 1/4 58 60 8 13.5 41 -- --

    08 85 50M 14.08 99.5 1/4 78 85 8 13.5 58 -- --

    08 60 50M12 7.06 75.0 M12 58 60 - -- 41 17 --

    08 85 50M12 14.08 95.0 M12 78 85 - -- 58 17 --

    Art.Force A B C D E F GKg.

    08 50 70 4.90 89.5 1/4 70 50 7.5 12 49

    1.43[Cups]

    < >

  • Art.Force A D L CupKg. Art.

    17 50 40 4.90 16 50 90 08 50 4017 60 10 7.06 22 60 96 08 60 1017 75 40 11.04 25 75 99 08 75 4017 85 10 14.18 41 85 115 08 85 1017 100 40 19.62 26 100 100 08 100 4017 100 50 19.62 30 100 104 08 100 50

    [Self-lockingcups withtraction release]

    Their use does not require any connection to a

    vacuum source, being the load itself that makes

    air evacuate from their interior, when it is placed

    on them; a non-return valve enclosed in them,

    does not allow air to enter again, thus keeping

    them in vacuum condition.

    In order to release the piece retained, it is

    sufficient to lift it a few millimeters, then the non-

    return valve restores the atmospheric pressure by

    allowing air into the cup and consequently

    releases the piece.

    Due to the fact that possible losses cannot be

    recovered, this kind of cup is suggested only to

    lock pieces having smooth and waterproof

    surfaces such as glasses, bright plates, glazed

    marble and similar items.

    They are particularly suitable for glass carrying

    trolleys and feeding trolleys for robotic systems.

    Self-locking cups are available in sizes ranging

    from 50 to 100 mm diameter. Upon request they

    can also be supplied with larger diameters.

    1.44[Cups]

    < >

  • 1.45[Cups]

    < >

    [Built-in cups with ball valve]

    Art.Force A B d D E F G HKg.

    05 01 10 9.80 66 35x1.5 50 59 9 3 27 2705 02 10 13.60 66 35x1.5 59 68 9 3 27 2705 03 10 18.10 66 35x1.5 68 77 9 3 27 2705 04 10 29.70 66 35x1.5 87 96 9 3 27 27

    The feature of these cups is that they open, and

    therefore they produce vacuum, only when the

    load to be handled actuates the sealing ball.

    Especially designed for the vacuum beds, these

    cups are completely manufactured in anodized

    aluminium or, upon request, in stainless materials.

  • Art.Force A B C D E F L Ring nutKg.

    05 65 15 8.29 25x1.5 69 40 65 17 22 80 KM 505 85 15 14.18 25x1.5 69 40 85 17 22 80 KM 505 110 10 23.74 25x1.5 97 40 114 17 22 80 KM 505 150 10 45.00 35x1.5 135 80 154 23 32 86 KM 7

    [Built-in cups with ball valve]

    The operation of these cups is the same as the

    one of the cups previously described; the only

    one difference is that the seal is made up by the

    flat cups art. 01 65 15 - 01 85 15 - 01 110 10 -

    01 150 10.

    They are particularly suitable for the glass

    manufacturers and in all those cases where it is

    not possible to use magnetic surfaces.

    The material used is anticorodal aluminium but,

    upon request, they can be made with other

    materials.

    1.46[Cups]

    < >

  • 1.47[Cups]

    < >

    [Special built-incups with ballvalve]

    Art.Force A B C D E F G H IKg.

    05 65 15 M 8.29 40 M5 20 65 69 17 31.5 48.5 16.005 65 65 8.29 40 -- -- 65 69 17 47.5 64.5 14.505 85 15 M 14.18 40 M5 20 85 69 17 31.5 48.5 16.005 85 65 14.18 40 -- -- 85 69 17 47.5 64.5 14.505 110 10 M 23.74 40 M5 20 114 97 17 32.0 49.0 16.005 110 65 23.74 40 -- -- 114 97 17 48.0 65.0 14.5

    The feature of the special built-in cups is that

    they open, and therefore they produce vacuum,

    only when the load to be clamped actuates the

    sealing ball.

    Especially designed for the vacuum operated beds

    of woodworking machines, they differ from the

    previously described ones because of the high

    precision of their cylindrical support, which is

    ground to size, and because of their square

    closing block, which prevents the cup from

    rotating and enables connection to vacuum.

    The cold assembled cups are the standard ones

    art. 01 65 15, 01 85 15 and 01 110 10 in the

    different compounds.

    The support of these cups is manufactured in

    anodized aluminium, while the square closing

    block is in brass.

  • [Supportswithretractablereference pin]

    The supports with reference pin described on this

    page have been manufactured in order to allow

    quick centering of the load to be stirruped with

    cups to the operating surface of the machines.

    The reference pin, integral with a piston, is

    operated by vacuum while retracting and

    remaining in its own seat and by a stainless steel

    spring while coming out.

    These supports are mechanically fixed to the

    operating surface.

    The reference pin is made in plastic material,

    while the support is in anodized anticorodal

    aluminium.

    As a standard they are equipped with a rapid

    fitting for connection to vacuum.

    1.48[Cups]

    < >

    Art.A B C D E F G H

    23 01 10 80 53 110 30 18 12 45 63

    23 01 15 80 53 110 30 13 12 64 99

    23 02 10 80 53 110 30 18 12 75 110

    23 05 10 80 53 110 30 18 12 110 180

  • 1.49[Cups]

    < >

    [Cups withself-lockingsupport]

    Art.Force A B C D E F G HKg.

    16 85 15 14.5 60 98 41 85 56.0 17 49.0 54.516 110 10 24.0 88 125 58 114 56.0 17 50.0 54.516 150 10 45.0 120 165 76 154 57.5 23 49.5 54.5

    These cups represent a real movable stirrup

    system.

    They consist of: A sturdy support in anodized aluminium with a

    wide surface at the base, delimited by a packing

    which has the purpose to fasten it to the bearing

    surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the load

    to be clamped. Two semi-rapid fittings for the connection to

    vacuum.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this series

    and of the other series have the grip surface

    situated at the same height and therefore can be

    used together regardless of their shape or size.

  • [Cups withball valveand self-lockingsupport]

    These cups represent a real movable stirrup

    system.

    They consist of: A sturdy support in anodized aluminium with

    a wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the load to be kept actuates the

    sealing ball. Two semi-rapid fittings for the connection to

    vacuum.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this

    series and of the other series have the grip

    surface situated at the same height and therefore

    can be used together regardless of their shape or

    size.

    1.50[Cups]

    < >

    Art.Force A B C D E F G H IKg.

    18 85 15 14.5 60 98 41 85 56.0 17 49.0 54.5 118 110 10 24.0 88 125 58 114 56.0 17 50.0 54.5 118 150 10 45.0 120 165 76 154 57.5 23 49.5 54.5 1

  • 1.51[Cups]

    < >

    [Cups withself-lockingsupport]

    Art.Force A B C D E F G H I L M NKg.

    16 40 75 6.7 41 76 48 83 20 55 56.5 54.5 30.5 51 26.5 16.016 120 90 24.0 90 120 98 128 70 102 57.0 54.5 56.0 50 49.0 17.516 150 75 25.0 75 150 83 144 55 130 57.0 54.5 48.0 50 57.0 16.5

    These cups represent a real movable stirrup

    system.

    They consist of: A sturdy support in anodized aluminium with

    a wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. Two semi-rapid fittings for the connection to

    vacuum.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this

    series and of the other series have the grip

    surface situated at the same height and therefore

    can be used together regardless of their shape or

    size.

  • Art.Force A B C D E F G H I L M N O PKg.

    18 40 75 6.7 41 76 48 83 2 55 56.5 54.5 41.5 51 26.5 16.0 21.0 15.018 120 90 24.0 90 120 98 128 1 102 57.0 54.5 56.0 50 49.0 17.5 35.0 35.018 150 75 25.0 75 150 83 144 1 130 57.0 54.5 48.0 50 57.0 16.5 27.5 27.5

    [Cups withball valveandself-lockingsupport]

    These cups represent a real movable stirrup

    system.

    They consist of: A sturdy support in anodized aluminium with

    a wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the load to be kept actuates the

    sealing ball. Two semi-rapid fittings for the connection to

    vacuum.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this series

    and of the other series have the grip surface

    situated at the same height and therefore can be

    used together regardless of their shape or size.

    1.52[Cups]

    < >

  • 1.53[Cups]

    < >

    [Cups withball valveandself-lockingsupport]

    Art.Force A B C D E F G H I L MKg.

    18 85 15/90 14.18 60 98 42 85 91.5 17 85.0 90 1 30 12

    18 85 15/90MT 14.18 60 98 42 85 91.5 17 85.0 90 1 30 12

    18 110 10/90 23.74 88 125 51 114 91.5 17 85.5 90 1 30 12

    18 110 10/90MT 23.74 88 125 51 114 91.5 17 85.5 90 1 30 12

    18 150 10/90MT 45.00 120 165 68 154 91.5 23 85.0 90 1 30 12

    18 250 20/90MT 122.60 223 270 121 254 91.5 23 85.0 90 1 33 15

    These cups represent a real movable stirrup

    system.

    They consist of: A sturdy support in anodized aluminium with a

    wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the load to be kept actuates the

    sealing ball. Two rapid fitt ings for the connection to

    vacuum.

    MT abbreviation indicates the cups with the

    gripping surface covered by a special plastic anti-

    skid surface, particularly suitable for securing

    glass and smooth marble.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this series

    and of the other series have the grip surface

    situated at the same height and therefore can be

    used together regardless of their shape or size.

    N.B.

    With item No. 28, instead of 18, they are available

    with a support suitable for mechanical fixing.

  • [Cups withball valveandself-lockingsupport]

    These cups represent a real movable stirrup

    system.

    They consist of: A sturdy support in anodized aluminium with a

    wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the load to be kept actuates the

    sealing ball. Two rapid fitt ings for the connection to

    vacuum.

    MT abbreviation indicates the cups with the

    gripping surface covered by a special plastic anti-

    skid surface, particularly suitable for securing

    glass and smooth marble.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this series

    and of the other series have the grip surface

    situated at the same height and therefore can be

    used together regardless of their shape or size.

    N.B.

    With item No. 28, instead of 18, they are available

    with a support suitable for mechanical fixing.

    1.54[Cups]

    < >

    Art.Force A B C D E F G H I L M N O P Q RKg.

    18 40 75/90 6.7 41 76 48 83 2 55 92.0 90 37.0 86.5 26.5 16.0 21.0 15.0 30 17

    18 40 75/90MT 6.7 41 76 48 83 2 55 92.0 90 37.0 86.5 26.5 16.0 21.0 15.0 30 17

    18 120 90/90 24.0 90 120 98 128 1 102 92.5 90 51.0 85.5 49.0 17.5 35.0 35.5 30 17

    18 120 90/90MT 24.0 90 120 98 128 1 102 92.5 90 51.0 85.5 49.0 17.5 35.0 35.0 30 12

    18 150 75/90MT 25.0 75 150 83 144 1 130 92.5 90 43.5 85.5 57.0 16.5 27.5 27.5 30 12

    18 300 80/90MT 60.0 80 300 90 310 1 284 92.5 90 47.0 85.5 140 17.5 31.0 31.0 33 15

    18 300 150/90MT 113.0 I5O 300 160 310 1 284 92.5 90 83.0 85.5 140 17.5 67.0 67.0 33 15

  • 1.55[Cups]

    < >

    [Cups withball valveand highself-lockingsupport]

    Art.Force A B C D E F G H I L MKg.

    18 110 10/160MT 24.0 88 125 51 114 161.5 17 155.5 160 1 30 12

    18 150 10/160MT 45.0 120 165 68 154 161.5 23 155.5 160 1 30 12

    18 250 20/160MT 122.6 223 270 121 254 161.5 23 155.0 160 1 33 15

    These cups represent a real movable stirrup

    system too, and they distinguish from the cups

    previously described for their exceptional height.

    They consist of: A sturdy support in anodized aluminium with a

    wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A special plastic anti-skid mat, particularly fit

    for securing of glass and smooth marble,

    covers the grip surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the load to be kept actuates the

    sealing ball. Two rapid fittings for the connection to vacuum.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this series

    and of the other series have the grip surface

    situated at the same height and therefore can be

    used together regardless of their shape or size.

    N.B.

    With item No. 28, instead of 18, they are available

    with a support suitable for mechanical fixing.

  • Art.Force A B C D E F G H I L M N O P Q RKg.

    18 120 90/160MT 24.0 90 120 98 128 1 102 162.5 160 51.0 85.5 49.0 17.5 35.0 35.0 30 12

    18 150 75/160MT 25.0 75 150 83 144 1 130 162.5 160 43.5 85.5 57.0 16.5 27.5 27.5 30 12

    18 300 80/160MT 60.0 80 300 90 310 1 284 162.5 160 47.0 85.5 140 17.5 31.0 31,0 33 15

    18 300150/160MT 113.0 150 300 160 310 1 284 162.5 160 83.0 85.5 140 17.5 67.0 67.0 33 15

    [Cups withball valveand highself-lockingsupport]

    These cups represent a real movable stirrup

    system too, and they distinguish from the cups

    previously described for their exceptional height.

    They consist of: A sturdy support in anodized aluminium with a

    wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A special plastic anti-skid mat, particularly fit

    for securing of glass and smooth marble,

    covers the grip surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the load to be kept actuates the

    sealing ball. Two rapid fitt ings for the connection to

    vacuum.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this

    series and of the other series have the grip

    surface situated at the same height and therefore

    can be used together regardless of their shape or

    size.

    N.B.

    With item No. 28, instead of 18, they are available

    with a support suitable for mechanical fixing.

    1.56[Cups]

    < >

  • 1.57[Cups]

    < >

    [Cups withball valve and

    self-lockingsupport, for glass]

    Art.Force A B C D E F G H I L M N Art.Kg. Cup

    18 65 11/90 6.7 70 98 45 65 92.5 17.5 75 90 1 30 12 50 08 65 11

    Art.Force A B C D E F G H I L M N O P Q R Art.Kg. Cup

    18 50 75/90 7.5 50 75 65 95 1 60 92.5 90 41 75 26.5 47.5 21 21 17.5 17.5 08 50 75

    As the glass machine builders require stirrup

    systems that are more precise and safer, we have

    developed this new range of cups.

    Besides the grip security, assured by the

    particular shape of the cup, their feature is the

    utmost precision in the height, whose nominal

    size has a tolerance of only five hundredths of

    millimetre.

    They are comprised of: A sturdy support in anodized aluminium with a

    wide surface at the base, delimited by a

    packing, which has the purpose to fasten it to

    the bearing surface. A special flat cup, vulcanized on its metal

    support, for the grip of the glass to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the glass to be held actuates the

    sealing ball. Two rapid fittings for connection to the vacuum

    source.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    glass can be done by means of vacuum valves or

    three-way solenoid valves.

  • Art.Force A B C D E F G H I L Art.Kg. Cup

    21 85 11/90 12.0 70 98 42 85 92.5 17.5 75 90 1 -- 08 85 11

    21 150 11/90 42.7 129 165 73 150 92.5 17.5 75 90 1 15 08 150 11

    [Cups withball valve, self-lockingsupport and release buttonfor glass]

    As the glass machine builders require stirrup

    systems that are more precise and safer, we have

    developed this new range of cups.

    Besides the grip security, assured by the

    particular shape of the cup, their feature is the

    utmost precision in the height, whose nominal

    size has a tolerance of only five hundredths of

    millimetre.

    They are comprised of: A sturdy support in anodized aluminium with a

    wide surface at the base, delimited by a

    packing, which has the purpose to fasten it to

    the bearing surface. A special flat cup, vulcanized on its metal

    support, for the grip of the glass to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the glass to be held actuates the

    sealing ball. Two rapid fittings for connection to the vacuum

    source. A release button which allows positioning of

    the support also when vacuum is connected.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    glass can be done by means of vacuum valves or

    three-way solenoid valves.

    1.58[Cups]

    < >

  • 1.59[Cups]

    < >

    Art.Force A B C D E F G H I LKg.

    21 110 10 24 88 125 58 114 56.0 17 50.0 54.5 1 10

    21 150 10 45 120 165 76 154 57.5 23 49.5 54.5 1 28

    These cups represent a real movable stirrup

    system.

    They consist of: A sturdy support in anodized aluminium with a

    wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the load to be kept actuates the

    sealing ball. Two semi-rapid fittings for the connection to

    vacuum. A release button which allows positioning of

    the support also when vacuum is connected.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this

    series and of the other series have the grip

    surface situated at the same height and therefore

    can be used together regardless of their shape or

    size.

    [Cups withball valve,self-lockingsupport and release button]

  • [Cups withball valve,self-lockingsupport andrelease button]

    These cups represent a real movable stirrup

    system.

    They consist of: A sturdy support in anodized aluminium with a

    wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the load to be kept actuates the

    sealing ball. Two semi-rapid fittings for the connection to

    vacuum. A release button which allows positioning of

    the support also when vacuum is connected.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this series

    and of the other series have the grip surface

    situated at the same height and therefore can be

    used together regardless of their shape or size.

    1.60[Cups]

    < >

    Art.Force A B C D E F G H I L M N O P QKg.

    21 40 75 PL 6.7 41 76 48 83 2 55 56.5 54.5 45.5 51 25 16 12 37 721 40 75/84 PL 6.7 41 76 48 83 2 55 86.5 84.5 45.5 81 25 16 12 37 721 40 75 PP 6.7 41 76 48 83 2 55 56.5 54.5 45.5 51 25 16 45 37 2521 40 75/84 PP 6.7 41 76 48 83 2 55 86.5 84.5 45.5 81 25 16 45 37 25

  • 1.61[Cups]

    < >

    [Cups withball valve,self-lockingsupport andrelease button]

    Art.Force A B C D E F G H I L M N O P QKg.

    21 120 90 24 90 120 98 128 1 102 57.0 54.5 56 50 49 17.5 70 24 2521 150 75 25 75 150 83 144 1 130 57.0 54.5 48 50 57 16.5 55 25 3221 150 75/84 25 75 150 83 144 1 130 86.5 84.0 48 80 57 16.5 55 25 32

    These cups represent a real movable stirrup

    system.

    They consist of: A sturdy support in anodized aluminium with

    a wide surface at the base, delimited by a

    packing which has the purpose to fasten it to

    the bearing surface. A standard flat cup, cold assembled on the

    upper part of the support, for the grip of the

    load to be clamped. A ball valve having the feature to open, and

    therefore to produce vacuum inside the cup,

    only when the load to be kept actuates the

    sealing ball. Two semi-rapid fittings for the connection to

    vacuum. A release button which allows positioning of the

    support also when vacuum is connected.

    The vacuum interception for the grip and

    detachment of the support from the bearing

    surface and for the grip and the release of the

    load, can be done by means of vacuum valves or

    three-way solenoid valves.

    All the cups with self-locking support of this series

    and of the other series have the grip surface

    situated at the same height and therefore can be

    used together regardless of their shape or size.

  • < < [Vacuum cup holders] 2

  • [Cup holders]

    2

    Small cup holders page 2.01Small cup holders for bellows cups page 2.02Small cup holders with female threaded connection page 2.03Small cup holders with built-in spring page 2.04Small cup holders with compact stroke page 2.05Small cup holders with integral bush page 2.06Small cup holders with plunger valve page 2.07Small cup holders with plunger valve and integral bush page 2.08Small cup holders with plunger valve, unsprung page 2.09Non-rotating small cup holders page 2.10Small cup holders with magnetic sensor page 2.11Basic cup holders page 2.12Basic cup holders for bellows cups page 2.13Basic cup holders with threaded connection page 2.14Basic cup holders with plunger valve page 2.15Basic cup holders with plunger valve, unsprung page 2.16Basic cup holders with integral self-closing valve page 2.17Non-rotating basic cup holders page 2.18Basic articulated cup holders page 2.19Special cup holders page 2.20 - 2.21Special cup holders for bellows cups page 2.22Special cup holders with plunger valve page 2.23 - 2.24Special cup holders with integral self-closing valve pag 2.25Special articulated cup holders page 2.26 - 2.27Special articulated cup holders with compact stroke page 2.28Special cup holders with double spring mechanism page 2.29 - 2.30Special articulated cup holders with double springmechanism page 2.31

    < >

  • 2.01[Vacuum cup holders]

    < >

    [Small cupholders]

    Art.Force A B C D E F L Art.

    Kg. Cup20 04 30 0.03 17.5 30 35.5 4.0 24.5 12x1.25 107.5 01 04 10

    20 05 30 0.05 17.5 30 35.5 5.0 25.0 12x1.25 108.0 01 05 10

    20 06 30 0.07 17.5 30 35.5 6.0 25.0 12x1.25 108.0 01 06 10

    20 08 30 0.12 17.5 30 35.5 8.0 25.0 12x1.25 108.0 01 08 10

    20 09 30 0.15 17.5 30 35.5 9.0 24.0 12x1.25 107.0 01 09 07

    20 10 30 0.19 17.5 30 35.5 10.0 16.0 12x1.25 99.0 01 10 10

    20 12 30 0.28 17.5 30 35.5 12.0 16.0 12x1.25 99.0 01 12 10

    20 14 15 0.38 17.5 30 35.5 14.0 20.0 12x1.25 103.0 01 14 15

    20 14 30 0.38 17.5 30 35.5 14.0 15.0 12x1.25 98.0 01 14 10

    20 15 30 0.44 17.5 30 35.5 15.0 17.0 12x1.25 100.0 01 15 10

    20 17 30 0.60 17.5 30 35.5 17.0 16.0 12x1.25 99.0 01 17 12

    20 18 12 0.63 17.5 30 35.5 18.0 15.0 12x1.25 98.0 01 18 12

    20 18 30 0.63 17.5 30 35.5 18.0 17.0 12x1.25 100.0 01 18 10

    20 20 30 0.78 17.5 30 35.5 20.0 17.0 12x1.25 100.0 01 20 10

    20 22 30 0.95 17.5 30 35.5 22.0 18.0 12x1.25 101.0 01 22 10

    20 25 15 1.23 17.5 30 35.5 25.0 21.0 12x1.25 104.0 01 25 15

    20 25 30 1.23 17.5 30 35.5 25.0 13.0 12x1.25 96.0 01 25 10

    20 27 24 1.43 17.5 30 35.5 27.0 29.0 12x1.25 112.0 01 27 24

    20 30 15 1.76 17.5 30 35.5 30.0 22.0 12x1.25 105.0 01 30 15

    20 30 24 1.76 17.5 30 35.5 30.0 29.0 12x1.25 112.0 01 30 24

    20 30 30 1.76 17.5 30 35.5 30.0 13.0 12x1.25 96.0 01 30 10

    20 35 15 2.40 17.5 30 35.5 35.0 21.0 12x1.25 104.0 01 35 15

    20 35 30 2.40 17.5 30 35.5 35.0 13.0 12x1.25 96.0 01 35 10

    20 40 15 3.14 17.5 30 35.5 40.0 23.0 12x1.25 106.0 01 40 15

    20 45 15 3.98 17.5 30 35.5 45.0 28.0 12x1.25 111.0 01 45 15

    20 45 30 3.98 17.5 30 35.5 45.0 23.0 12x1.25 106.0 01 45 10

    20 50 20 4.90 17.5 30 35.5 50.0 25.0 12x1.25 108.0 01 50 20

    20 54 18 5.70 17.5 30 35.5 54.0 23.0 12x1.25 106.0 01 54 18

    20 60 30 7.06 17.5 30 35.5 60.0 27.0 12x1.25 110.0 01 60 10

    20 65 28 8.20 17.5 30 35.5 65.0 33.0 12x1.25 116.0 01 65 28

    Cup holder with rapid straight fitting for plastic hose 4 x 6

    N.B. - L-type fitting is supplied only upon request.

    They consist of: A brass stem for fastening the cup. A threaded sleeve equipped with two nuts, for

    the quick assembly of the cup holder to the

    lifting frame. A spring to cushion the impact of the cup and to

    keep at the same time a constant pressure with

    the load to be lifted. A rapid fitting for the connection to the suction

    hose.

    Their main feature is their miniaturised sizing

    which allows weight and space reduction and

    also to use very small cups, assuring, with cups

    being equal, the same performances as the

    bigger series.

    N.B.

    Cups are not included in the following part

    numbers of the cup holder and therefore, they

    must be ordered separately.

  • [Small cup holders for bellows cups]

    They consist of: A brass stem for fastening the cup with support. A threaded sleeve equipped with two nuts, for

    the quick assembly of the cup holder to the

    lifting frame. A spring to cushion the impact of the cup and to

    keep at the same time a constant pressure with

    the load to be lifted. A rapid fitting for the connection to the suction

    hose.

    Their main feature is their miniaturised sizing

    which allows weight and space reduction and

    also to use very small cups, assuring, with cups

    being equal, the same performances as the

    bigger series.

    N.B.

    Cups are not included in the following part

    numbers of the cup holder and therefore, they

    must be ordered separately.

    2.02[Vacuum cup holders]

    < >

    Art.Force A B C D E F L Art.

    Kg. Cup20 06 50 0.07 17.5 30 35.5 6.0 20.0 12x1.25 103.0 01 06 50

    20 08 50 0.12 17.5 30 35.5 8.0 20.0 12x1.25 103.0 01 08 50

    20 11 16 0.23 17.5 30 35.5 11.0 25.0 12x1.25 104.0 01 11 16

    20 11 50 0.23 17.5 30 35.5 11.0 20.0 12x1.25 103.0 01 11 50

    20 15 23 0.44 17.5 30 35.5 15.0 28.0 12x1.25 111.0 01 15 23

    20 16 30 0.50 17.5 30 35.5 16.0 25.0 12x1.25 108.0 01 16 20

    20 18 23 0.63 17.5 30 35.5 18.0 28.0 12x1.25 111.0 01 18 23

    20 18 50 0.63 17.5 30 35.5 18.0 26.0 12x1.25 109.0 01 18 50

    20 19 17 0.70 17.5 30 35.5 19.0 22.0 12x1.25 105.0 01 19 17

    20 20 23 0.78 17.5 30 35.5 20.0 28.0 12x1.25 111.0 01 20 23

    20 22 19 0.95 17.5 30 35.5 22.0 24.0 12x1.25 107.0 01 22 19

    20 25 35 1.23 17.5 30 35.5 25.0 40.0 12x1.25 123.0 01 25 35

    20 30 32 1.76 17.5 30 35.5 30.0 37.0 12x1.25 120.0 01 30 32

    20 30 50 1.76 17.5 30 35.5 30.0 43.0 12x1.25 126.0 01 30 50

    20 34 26 2.26 17.5 30 35.5 34.0 31.0 12x1.25 114.0 01 34 26

    20 40 42 3.14 17.5 30 35.5 40.0 47.0 12x1.25 130.0 01 40 42

    20 40 50 3.14 17.5 30 35.5 40.0 28.0 12x1.25 111.0 01 40 50

    20 43 28 3.62 17.5 30 35.5 43.0 33.0 12x1.25 116.0 01 43 28

    Cup holder with rapid straight fitting for plastic hose 4 x 6

    N.B. - L-type fitting is supplied only upon request.

  • [Small cupholders]

    They consist of: A brass stem for fastening the cup with 1/8 or

    1/4 gas male support. A threaded sleeve for the quick assembly of the

    cup holder to the lifting frame. A spring to cushion the impact of the cup and to

    keep at the same time a constant pressure with

    the load to be lifted. A rapid fitting for the connection to the suction

    hose.

    Their main feature is their miniaturised sizing

    which allows weight and space reduction and

    also to use very small cups, assuring, with cups

    being equal, the same performances as the

    bigger series.

    2.03[Vacuum cup holders]

    < >

    Art.A B C D E F G H L

    20 10 38 17.5 30 35.5 1/8 14 12x1.25 14.0 -- 97

    20 10 48 17.5 30 35.5 1/4 14 12x1.25 16.5 -- 97

    20 80 25 3.0 30 37.0 1/8 15 12x1.25 15.0 16.5 85

    Cup holder with rapid straight fitting for plastic hose 4 x 6

    N.B. - L-type fitting is supplied only upon request.

  • [Small cup holders with built-inspring]

    They consist of: A stem in anodized aluminium for fastening

    the cup with 1/8 gas male support. A threaded sleeve, screwed on the cup holder

    stem to avoid rotation. A threaded brass bush for the quick fastening

    of the cup holder with the automatic device,

    having a longitudinal slot fit for sliding of the

    threaded sleeve. A spring, placed inside the bush, to cushion the

    impact of the cup with the load to be lifted. A rapid fitting for the connection to the suction

    hose.

    Their main feature is the miniaturised sizing

    which allows weight and space reduction and

    also to use very small cups, assuring, with cups

    being equal, the same performances as the

    bigger series.

    2.04[Vacuum cup holders]

    < >

    Art.A B C D E F G H L

    20 80 15 20 22 15 1/8 15 10x0.75 15 16.5 72

    20 80 20 20 32 20 1/8 15 15x1.00 15 16.5 87

    Cup holder with rapid straight fitting for plastic hose 4 x 6

    N.B. - L-type fitting is supplied only upon request.

  • [Small cup holderswith compactstroke]

    They consist of: A brass stem for fastening the cup. A hexagonal threaded sleeve, equipped with a

    nut, for the quick assembly of the cup holder to

    the lifting frame. A spring to cushion the impact of the cup and to

    keep at the same time a constant pressure with

    the load to be lifted. A fitting for the connection to the suction hose.

    The shorter stroke and their particular shape have

    permitted a further reduction of size and weight,

    in comparison with the normal small cup holders.

    They are suitable for small cups from a diameter

    of 10 mm to 30 mm.

    N.B.

    Cups are not included in the following part

    numbers of the cup holder and therefore, they

    must be ordered separately.

    2.05[Vacuum cup holders]

    < >

    Art.Force A B C D E F L Art.

    Kg. Cup20 10 10 0.19 2.6 15 12.4 10 21 12x1.25 51 01 10 10

    20 12 10 0.28 2.6 15 12.4 12 21 12x1.25 51 01 12 10

    20 15 10 0.44 2.6 15 12.4 15 22 12x1.25 52 01 15 10

    20 18 10 0.63 2.6 15 12.4 18 22 12x1.25 52 01 18 10

    20 20 10 0.78 2.6 15 12.4 20 22 12x1.25 52 01 20 10

    20 22 10 0.95 2.6 15 12.4 22 23 12x1.25 53 01 22 10

    20 25 10 1.23 2.6 15 12.4 25 26 12x1.25 56 01 25 15

    20 30 10 1.76 2.6 15 12.4 30 26 12x1.25 56 01 30 15

    Cup holder with straight hose tail for plastic hose

  • [Small cup holders with integralbush]

    They consist of: A brass stem for fastening of the cup. A hexagonal bush threaded for the assembling

    of the cup holder directly to the vacuum

    manifold. A spring, to cushion the impact of the cup and

    also to keep a constant pressure on the load to

    be lifted.

    Besides the small sizes of the cup holder, their

    particular shape allows the direct assembling to

    the vacuum manifold, saving time and eliminating

    pipes and fittings.

    N.B.

    Cups are not included in the following part

    numbers of the cup holder and therefore, they

    must be ordered separately.

    2.06[Vacuum cup holders]

    < >

    Art.Force A B C D E F L Art.

    Kg. Cup20 25 11 1.23 2.6 24 26.4 25 21 3/8 74 01 25 15

    20 30 11 1.76 2.6 24 26.4 30 22 3/8 75 01 30 15

    20 35 11 2.40 2.6 24 26.4 35 21 3/8 74 01 35 15

    20 40 11 3.14 2.6 24 26.4 40 23 3/8 76 01 40 15

    20 45 11 3.98 2.6 24 26.4 45 28 3/8 81 01 45 15

  • [Small cup holders withplunger valve]

    They have the same features of the small cup

    holders but are inclusive of a plunger valve,

    integral to a conical valve, which function is to

    open the suction (and therefore to produce

    vacuum) only when the cup is in contact with the

    load to be lifted.

    N.B.

    Cups are not included in the following part

    numbers of the cup holder and therefore, they

    must be ordered separately.

    2.07[Vacuum cup holders]

    < >

    Art.Force A B C D E F G H L Art.Kg. Cup

    20 12 60 0.28 18 30 35 12 24 12x1.25 1 11 118 01 12 10

    20 15 60 0.44 18 30 35 15 24 12x1.25 1 12 119 O1 15 10

    20 18 60 0.63 18 30 35 18 24 12x1.25 1 12 119 01 18 10

    20 20 60 0.78 18 30 35 20 24 12x1.25 1 12 119 01 20 10

    20 22 60 0.95 18 30 35 22 24 12x1.25 1 13 120 01 22 10

    20 25 60 1.23 18 30 35 25 24 12x1.25 1 16 123 01 25 15

    20 30 60 1.76 18 30 35 30 24 12x1.25 1 17 124 O1 30 15

    20 35 60 2.40 18 30 35 35 24 12x1.25 1 16 123 01 35 15

    20 40 60 3.14 18 30 35 40 24 12x1.25 1 18 125 01 40 15

    Cup holder with rapid straight fitting for plastic hose 4 x 6

    N.B. - L-type fitting is supplied only upon request.

  • [Small cup holders with plungervalve and integral bush]

    They have the same features of the small cup

    holders with plunger valve described on the

    previous page; they distinguish themselves by a

    threaded hexagonal bush, which allows the direct

    assembling to the vacuum manifold, saving time

    and eliminating pipes and fittings.

    N.B.

    Cups are not included in the following part

    numbers of the cup holder and therefore, they

    must be ordered separately.

    2.08[Vacuum cup holders]

    < >

    Art.Force A B C D E F G H L Art.Kg. Cup

    20 12 65 0.28 2.6 24 26.4 12 24 3/8 1 11 88 01 12 10

    20 15 65 0.44 2.6 24 26.4 15 24 3/8 1 12 89 01 15 10

    20 18 65 0.63 2.6 24 26.4 18 24 3/8 1 12 89 01 18 10

    20 20 65 0.78 2.6 24 26.4 20 24 3/8 1 12 89 01 20 10

    20 22 65 0.95 2.6 24 26.4 22 24 3/8 1 13 90 01 22 10

    20 25 65 1.23 2.6 24 26.4 25 24 3/8 1 16 93 01 25 15

    20 30 65 1.76 2.6 24 26.4 30 24 3/8 1 17 94 01 30 15

    20 35 65 2.40 2.6 24 26.4 35 24 3/8 1 16 93 01 35 15

    20 40 65 3.14 2.6 24 26.4 40 24 3/8 1 18 95 01 40 15

  • [Small cupholders with plungervalve,unsprung]

    They have the same function as the previously

    described small cup holders with plunger valve,

    but in order to further reduce overall dimensions,

    the cushioning spring, the threaded pipe with

    nuts for fixing to the machine and the rapid fitting

    have been removed.

    This kind of cup holder should be directly

    assembled onto the vacuum manifold; in order to

    allow a quick assembly, the final part is provided

    with a threaded spigot.

    N.B.

    Cups are not included in the following part

    numbers of the cup holder and therefore, they

    must be ordered separately.

    2.09[Vacuum cup holders]

    < >

    Art.Force A B C D E F G Art.Kg. Cup

    20 12 61 0.28 8 24 11 12 43 1/8 1 01 12 10

    20 15 61 0.44 8 24 12 15 44 1/8 1 01 15 10

    20 18 61 0.63 8 24 12 18 44 1/8 1 01 18 10

    20 20 61 0.78 8 24 12 20 44 1/8 1 01 20 10

    20 22 61 0.95 8 24 13 22 45 1/8 1 01 22 10

    20 25 61 1.23 8 24 16 25 48 1/8 1 01 25 15

    20 30 61 1.76 8 24 17 30 49 1/8 1 01 30 15

    20 35 61 2.40 8 24 16 35 48 1/8 1 01 35 15

    20 40 61 3.14 8 24 18 40 50 1/8 1 01 40 15

  • [Non-rotatingsmall cup holders]

    Similar in design and specifications to the

    previously described small cup holders, apart

    from the brass stem which has a hexagonal

    section and not a circular one and the respective

    steel bush that also has a hexagonal hole.

    This shape does not allow the stem to turn on its

    axis and consequently also the cup, integral with

    the stem, cannot turn.

    They are suitable for cups having a minimum

    diameter of 10 mm and a maximum diameter of

    60 mm, but they have been particularly designed

    to fasten rectangular, concave or elliptic cups.

    2.10[Vacuum cup holders]

    < >

    Art.A B C D E F G L

    20 95 08 17.5 30 35.5 M8 6 12x1.25 -- 83

    20 95 28 17.5 30 35.5 1/8 8 12x1.25 5 83

    20 95 38 17.5 30 35.5 1/8 16 12x1.25 -- 83

    Cup holder with rapid straight fitting for plastic hose 4 x 6

    N.B. - L-type fitting is supplied only upon request.

  • 2.11[Vacuum cup holders]

    < >

    [Small cupholders with magneticsensor]

    Art.A B C D E F G H I L Art.

    Cup20 99 02 17.5 30 35.5 28 40 12x1.25 18 20 10 123 01 19 17

    Cup holder with rapid straight fitting for plastic hose 4 x 6

    N.B. - L-type fitting is supplied only upon request.

    These cup holders have the same sizes as the

    small cup holders.

    They are equipped with a magnetic sensor which

    provides an electric signal to the machine every

    time the vacuum cup has made contact with the

    load to be lifted.

    Thanks to this feature, their application is

    recommended on work counter manipulators, on

    boxing machines and in all those cases where the

    absolute certainty of the presence of the picked

    up thing is required.

    Developed to hold bars of chocolate, snacks,

    brioches and similar products, at present they

    are produced in the shape shown on this page;

    however, upon request, they can be made with

    different cup types.

    N.B.

    Cups are not included in the following part

    numbers of the cup holder and therefore, they

    must be ordered separately.

  • [Basic cup holders]

    Although the basic cup holders are manufactured

    in a simple and rational way, they guarantee

    maximum sturdiness and lasting and consist of: A brass stem for fastening the cup. A threaded sleeve equipped with two nuts, for

    quick assembly of the cup holder to the

    machine. A spring to cushion the impact of the cup and

    to keep at the same time a constant pressure

    with the load to be lifted. A rapid fitting for the connection to the suction

    hose.

    N.B.

    Cups are not included in the following part

    numbers of the cup holder and therefore, they

    must be ordered separately.

    The real strokes are:

    C = 28 mm 16

    C = 65 mm 49

    C = 95 mm 74

    2.12[Vacuum cup holders]

    < >

    Art.Force A B *C D D1 E F G L L1 Art.Kg. Cup

    02 25 10 1.23 32 40 28 -- 25 23 M20 ch17 123 -- 01 25 1002 25 15 1.23 32 40 28 -- 25 31 M20 ch17 131 -- 01 25 1502 27 24 1.43 32 40 28 -- 27 23 M20 ch17 123 -- 01 27 2402 30 10 1.76 32 40 28 -- 30 23 M20 ch17 123 -- 01 30 1002 30 15 1.76 32 40 28 -- 30 32 M20 ch17 132 -- 01 30 1502 30 24 1.76 32 40 28 -- 30 39 M20 ch17 139 -- 01 30 2402 32 36 2.00 32 40 28 -- 32 51 M20 ch17 151 -- 01 32 3602 35 10 2.40 32 40 28 -- 35 23 M20 ch17 123 -- 01 35 1002 35 15 2.40 32 40 28 -- 35 31 M20 ch17 131 -- 01 35 1502 40 15 3.14 32 40 28 -- 40 33 M20 ch17 133 -- 01 40 1502 45 10 3.98 32 40 28 -- 45 33 M20 ch20 133 -- 01 45 1002 45 15 3.98 32 40 28 -- 45 38 M20 ch20 138 -- 01 45 1502 50 20 4.90 32 40 28 -- 50 35 M20 ch20 135 -- 01 50 2002 50 40 4.90 32 40 28 -- 50 41 M20 ch20 141 -- 08 50 4002 54 18 5.70 32 40 28 -- 54 33 M20 ch20 133 -- 01 54 1802 56 15 6.15 32 40 28 56 -- 34 M20 ch20 -- 134 01 56 1502 60 10 7.06 32 40 28 -- 60 37 M20 ch20 137 -- 01 60 1002 65 15 8.29 32 40 28 65 -- 32 M20 ch20 -- 132 01 65 1502 65 28 8.29 32 40 28 -- 65 43 M20 ch20 143 -- 01 65 2802 75 40 11.04 32 40 28 -- 75 50 M20 ch20 150 -- 08 75 4002 76 24 11.33 32 40 28 -- 76 49 M20 ch20 149 -- 08 76 2402 80 20 12.56 32 40 28 80 -- 35 M20 ch20 -- 135 01 80 2002 85 10 14.18 32 40 28 -- 85 56 M20 ch20 156 -- 01 85 1002 85 15 14.18 32 40 28 85 -- 32 M20 ch20 -- 132 01 85 1502 90 24 15.89 32 40 28 -- 90 49 M20 ch20 149 -- 08 90 2402 100 40 19.62 32 40 28 -- 100 51 M20 ch20 151 -- 08 100 4002 100 50 19.62 32 40 28 -- 100 55.5 M20 ch20 155.5 -- 08 100 5002 110 10 23.74 32 40 28 114 -- 32 M20 ch20 -- 132 01 110 1002 110 15 23.74 32 40 28 110 -- 41 M20 ch20 -- 141 08 110 1502 110 24 23.74 32 40 28 -- 110 49 M20 ch20 149 -- 08 110 24

    Cup holder with rapid straight fitting for plastic hose 6 x 8

    N.B. - L-type fitting is supplied only upon reque