Vacuum Gripping Technology

Vacuum Gripping Technology

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Material: Polyurethane
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: M4x0.75
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Flat
Vacuum Connection 2: 

Material: Silicone
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: M5 Male Thread
Suction Cup Diameter: 11.0mm
Suction Cup Shape: Round, Bellows with 1.5 Convolutions
Vacuum Connection 2: 

Material: Silicone
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: M6x1
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Bellows with 1.5 Convolutions
Vacuum Connection 2: 

Material: NBR
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: M5 Male Thread
Suction Cup Diameter: 14.0mm
Suction Cup Shape: Round, Bellows with 2.5 Convolutions
Vacuum Connection 2: 

Material: Silicone
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Extra Deep
Vacuum Connection 2: 

Material: Silicone
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Flat
Vacuum Connection 2: 

Material: Nitrile Rubber
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: M6x1
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Bellows with 1.5 Convolutions
Vacuum Connection 2: 

Material: Silicone
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: M5 Male Thread
Suction Cup Diameter: 10.0mm
Suction Cup Shape: Round, Flat
Vacuum Connection 2: 

Material: NBR
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: G1/8 Female Thread
Suction Cup Diameter: 30.0mm
Suction Cup Shape: Round, Flat
Vacuum Connection 2: 

Material: VMQ (Silicone)
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 3/8
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 125mm
Suction Cup Shape: Round, Flat
Vacuum Connection 2: 

Material: Vulkollan
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: G1/4
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Deep
Vacuum Connection 2: 

Material: 
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: M3
Nominal Size Laval: 
Suction Cup Holder: Vacuum Port on Top, Mounting via Threaded Connection for Direct Screw-in, Without Height Compensator
Suction Cup Connection: 3mm Suction Cup Mounting
Suction Cup Diameter: 
Suction Cup Shape: 
Vacuum Connection 2: 

Material: 
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: G1/8 Male Thread
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: 
Vacuum Connection 2: G1/8 Female Thread

Material: Polyurethane
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Bellows with 1.5 Convolutions
Vacuum Connection 2: 

Material: Polyurethane
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: M6x1
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Extra Deep
Vacuum Connection 2: 

Material: NBR
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: G1/8 Female Thread
Suction Cup Diameter: 14.0mm
Suction Cup Shape: Round, Bellows with 2.5 Convolutions
Vacuum Connection 2: 

Material: Silicone
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: M4x0.75
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Flat
Vacuum Connection 2: 

Material: 
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: Barbed Fitting for 4mm I.D. Tubing
Nominal Size Laval: 
Suction Cup Holder: Vacuum Port on Side, Mounting via Female Thread, Without Height Compensator
Suction Cup Connection: 4mm Suction Cup Mounting
Suction Cup Diameter: 
Suction Cup Shape: 
Vacuum Connection 2: 

Material: Vulkollan
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Deep
Vacuum Connection 2: 

Material: Fluoro Elastomer
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Flat
Vacuum Connection 2: 

Material: Polyurethane
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: None
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Flat
Vacuum Connection 2: 

Material: NBR
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: 
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: G1/4 Female Thread
Suction Cup Diameter: 33.0mm
Suction Cup Shape: Round, Bellows with 1.5 Convolutions
Vacuum Connection 2: 

Material: Silicone
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: M6x1
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: Round, Bellows with 1.5 Convolutions
Vacuum Connection 2: 

Material: 
Nominal Flow Rate: 
Degree of Filtration: 
Vacuum Connection: G1/8 Female Thread
Nominal Size Laval: 
Suction Cup Holder: 
Suction Cup Connection: 
Suction Cup Diameter: 
Suction Cup Shape: 
Vacuum Connection 2: G1/8 Male Thread

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Vacuum gripping technology is an efficient handling method for many objects and materials, and works by applying industrial vacuum to suction cups or pads that are placed on the objects to be moved. This technique was originally developed to meet the needs of early industrial automation, with applications throughout the process line; from assembly to finishing, transfer, testing, and packaging. Although initially designed for the plastics, wood and automotive industries, the range of applications for vacuum gripping technology has now become more widespread.

What is Vacuum Gripping Technology?

Vacuum gripping technology allows a surface to be gripped with a shock-free contact, and to configure a suction pad to the shape of whatever material or object is to be processed. When the pad is placed on the object, a gripping vacuum is applied to it, which lifts the object up and binds it to the pad during the whole process, pushed away from the original surface by atmospheric pressure. When the process is complete, the vacuum pressure is interrupted and the object released.

Vacuum gripping technology is defined by the shape, weight and type of object to be gripped (porous or airtight), the movements and efforts required to lift it, the cycling rate of the process and its environment. The most appropriate type of vacuum generator must be chosen for these parameters, and how they will function with the suction pads, as well as required response times and any additional components required for supply, connection and control of the installation.