Pad Diameter: 16 (Flat+Flat with Ribs+Deep+Compact+Compact with Ribs), Pad Styles: U (Flat Style), Material: N (NBR), Vacuum Entry: N4 (Barb Ø4 Nylon Tubing), Mounting Thread: A5 (M5X0.8)
Pad Diameter: 20 (Flat+Flat with Ribs+Bellows), Pad Styles: C (Flat w/Ribs), Material: S (Silicon Rubber), Vacuum Entry: N4 (Barb Ø4 Nylon Tubing), Mounting Thread: B5 (Female Thread M5X0.8)
Pad Diameter: 10 (Flat+Flat with Ribs+Deep+Bellows+Compact+Compact with Ribs), Pad Styles: B (Bellows), Material: N (NBR), Vacuum Entry: N4 (Barb Ø4 Nylon Tubing), Mounting Thread: A5 (M5X0.8)
Pad Diameter: 13 (Flat+Flat with Ribs+Bellows+Compact+Compact with Ribs), Pad Styles: U (Flat Style), Material: N (NBR), Vacuum Entry: N4 (Barb Ø4 Nylon Tubing), Mounting Thread: A5 (M5X0.8)
Pad Diameter: 13 (Flat+Flat with Ribs+Bellows+Compact+Compact with Ribs), Pad Styles: B (Bellows), Material: S (Silicon Rubber), Vacuum Entry: N4 (Barb Ø4 Nylon Tubing), Mounting Thread: A5 (M5X0.8)
Pad Diameter: 02 (Flat Style), Pad Styles: U (Flat Style), Material: GN (Inductive NBR), Rotation: K (Non-rotating), Stroke: 10mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A8 (M8X1)
Pad Diameter: 02 (Flat Style), Pad Styles: U (Flat Style), Material: S (Silicon Rubber), Rotation: K (Non-rotating), Stroke: 6mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A8 (M8X1)
Pad Diameter: 06 (Flat + Bellows), Pad Styles: U (Flat Style), Material: U (Urethane Rubber), Rotation: K (Non-rotating), Stroke: 6mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A8 (M8X1)
Pad Diameter: 08 (Flat + Bellows), Pad Styles: U (Flat Style), Material: S (Silicon Rubber), Rotation: K (Non-rotating), Stroke: 6mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A8 (M8X1)
Pad Diameter: 20 (Flat+Flat with Ribs+Bellows), Pad Styles: B (Bellows), Material: N (NBR), Rotation: J (Rotating), Stroke: 10mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A10 (M10X1)
Pad Diameter: 32 (Flat+Flat with Ribs+Bellows), Pad Styles: B (Bellows), Material: N (NBR), Rotation: J (Rotating), Stroke: 10mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A10 (M10X1)
Pad Diameter: 06 (Flat + Bellows), Pad Styles: U (Flat Style), Material: F (Fluoro Rubber), Rotation: K (Non-rotating), Stroke: 6mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A8 (M8X1)
Pad Diameter: 04 (Flat Style), Pad Styles: U (Flat Style), Material: S (Silicon Rubber), Rotation: K (Non-rotating), Stroke: 15mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A8 (M8X1)
Pad Diameter: 02 (Flat Style), Pad Styles: U (Flat Style), Material: U (Urethane Rubber), Rotation: K (Non-rotating), Stroke: 6mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A8 (M8X1)
Pad Diameter: 04 (Flat Style), Pad Styles: U (Flat Style), Material: S (Silicon Rubber), Rotation: K (Non-rotating), Stroke: 6mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A8 (M8X1)
Pad Diameter: 08 (Flat + Bellows), Pad Styles: U (Flat Style), Material: S (Silicon Rubber), Rotation: K (Non-rotating), Stroke: 10mm, Vacuum Entry: N4 (Barb Ø4 Urethane Tubing), Mounting Thread: A8 (M8X1)
Pad Type: Related Components, Compatible pad diameter(mm): ø40/ø50, Compatible Model: ZPT▲▲□**A6
ZPX, ZPY and ZP2 series vacuum cups are ideal for heavy weight material or objects with a large surface area. The lateral vacuum entry available with or without buffer. The versatile design can be used for a wide number of applications. The variety of cup material and designs give great freedom to the designer when solving application problems. Using special materials in the cups such as
ZPX, ZPY and ZP2 series vacuum cups are ideal for heavy weight material or objects with a large surface area. The lateral vacuum entry available with or without buffer. The versatile design can be used for a wide number of applications. The variety of cup material and designs give great freedom to the designer when solving application problems. Using special materials in the cups such as
ZPX, ZPY and ZP2 series vacuum cups are ideal for heavy weight material or objects with a large surface area. The lateral vacuum entry available with or without buffer. The versatile design can be used for a wide number of applications. The variety of cup material and designs give great freedom to the designer when solving application problems. Using special materials in the cups such as