Piab 04AC / 3250093 Fitting 1/4" NPT male, with mesh filter

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. Most of the cups are transparent with no addition of pigments.

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. Most of the cups are transparent with no addition of pigments.

Piab’s FDA/EU approved silicone bellow suction cups are engineered for safe and hygienic handling in food, pharmaceutical, and sensitive applications. Made from high-quality, compliant silicone, these cups offer exceptional flexibility and a gentle grip. .

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. Most of the cups are transparent with no addition of pigments.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s chloroprene bellow suction cups are designed for versatile and durable handling in a wide range of industrial applications. Made from high-quality chloroprene rubber, these cups offer excellent resistance to oils, weathering, and abrasion. The flex.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. Most of the cups are transparent with no addition of pigments.

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. Most of the cups are transparent with no addition of pigments.

Piab’s FDA/EU approved silicone bellow suction cups are engineered for safe and hygienic handling in food, pharmaceutical, and sensitive applications. Made from high-quality, compliant silicone, these cups offer exceptional flexibility and a gentle grip. .

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. Most of the cups are transparent with no addition of pigments.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Several short bellows cups in one lifting device can handle objects with height differences and varying shapes. The bellows also provide a slight lifting movement to separate thin items. Materials used are silicone, conductive silicone, chloroprene, HNBR .

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

Piab’s HNBR bellow suction cups are engineered for high-performance handling in challenging industrial settings. Made from HNBR, these cups provide outstanding resistance to heat, oil, and chemicals. The flexible bellow design allows for excellent adaptab.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows. Also suitable for smooth objects requiring a very clean surface. Only light weight objects should be handled when the lifting force is parallel to the surface.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. The cup is transparent with no addition of pigments. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to gi.

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. The cup is transparent with no addition of pigments. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to gi.

The material is approved by FDA (FDA 21 CFR 177.2600) and meets EU's regulation EU 1935/2004. The cup is transparent with no addition of pigments. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give .

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. The cup is transparent with no addition of pigments. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to gi.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The BL-2 chloroprene cup have a soft, flexible lip and are suitable for bags that are not too tightly packed. It's four bellows offer good level compensation. Available in diameters from 20 to 50 mm.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The BL-2 silicone cup has a soft, flexible lip and is suitable for bags that are not too tightly packed. It's four bellows offer good level compensation. Available in diameters from 20 to 50 mm.

The same applications as for short bellows but can cope with greater differences in levels due to the longer lifting movement. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give extra stability. Can.

The BL-2 silicone cup has a soft, flexible lip and is suitable for bags that are not too tightly packed. It's four bellows offer good level compensation. Available in diameters from 20 to 50 mm.

The BL-2 silicone cup has a soft, flexible lip and is suitable for bags that are not too tightly packed. It's four bellows offer good level compensation. Available in diameters from 20 to 50 mm.

The BL-2 silicone cup has a soft, flexible lip and is suitable for bags that are not too tightly packed. It's four bellows offer good level compensation. Available in diameters from 20 to 50 mm.

The BL-2 silicone cup has a soft, flexible lip and is suitable for bags that are not too tightly packed. It's four bellows offer good level compensation. Available in diameters from 20 to 50 mm.

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. The cup is transparent with no addition of pigments. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to gi.

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. The cup is transparent with no addition of pigments. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to gi.

The material is approved by FDA (FDA 21 CFR 177.2600) and meets EU's regulation EU 1935/2004. The cup is transparent with no addition of pigments. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to give .

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. The cup is transparent with no addition of pigments. Not suitable for use with deep vacuum levels. Can be equipped with reinforcement rings of polyamide to gi.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for uneven and porous surfaces such as cardboard, etc. DURAFLEX® suction cups are manufactured in a specially developed material that features the elasticity of rubber and wear resistance of polyurethane. The material of the DURAFLEX® is mark-fre.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

The material used is food grade silicone material. It is free from colour pigments, approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004.(FDA approved). The cup is soft and pliable and can operate at a wide temperature range.

The material used is food grade silicone material. It is free from colour pigments, approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004.(FDA approved). The cup is soft and pliable and can operate at a wide temperature range.

The material used is food grade silicone material. It is free from color pigments, approved by FDA (FDA 21 CFR 177.2600) and meets EU's regulation EU 1935/2004. (FDA approved). The cup is soft and pliable and can operate at a wide temperature range.

The material used is food grade silicone material. It is free from colour pigments, approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004.(FDA approved). The cup is soft and pliable and can operate at a wide temperature range.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suitable for flat objects such as cardboard, sheet metal, glass and porous materials. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movement. Also suitable when the lifting.

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

Piab’s mark-free TPE flat suction cups are designed for gentle, trace-free handling of sensitive or high-value products. Made from advanced thermoplastic elastomer (TPE), these cups provide a soft, non-marking grip, ideal for surfaces where appearance is .

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

Piab’s mark-free TPE flat suction cups are designed for gentle, trace-free handling of sensitive or high-value products. Made from advanced thermoplastic elastomer (TPE), these cups provide a soft, non-marking grip, ideal for surfaces where appearance is .

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

Suction cup of TPU, a mark-free material that leaves no trace on the object being handled. Suitable for flat surfaces. The cleats stop deformation by preventing suction of the object into the cup. The suction cup has good stability and very little movemen.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

DURAFLEX® suction cups have been developed to meet the strict demands of the automotive industry. A typical application is the feeding of sheet metal into a press tool. The slightly curved shape and internal cleats provide a good grip and the strengthened.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. This cup is transparent with no addition of pigments. For handling objects with flat or slightly curved surfaces.

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. This cup is transparent with no addition of pigments. For handling objects with flat or slightly curved surfaces.

Universal/flat suction cup in Silicone for handling objects with flat or slightly curved surfaces.

The material is approved by FDA (FDA 21 CFR 177.2600. ) and meets EU's regulation EU 1935/2004. This cup is transparent with no addition of pigments. For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.

For handling objects with flat or slightly curved surfaces.