USD 23.88
40mm Festo NBR vacuum suction cup with 1.5 convolutions and M6 connection. Delivers 52.3N holding force at -0.7 bar with 9.5mm height compensation.
The Festo ESS-40-BN (part number 189386) is an industrial-grade vacuum suction cup engineered for reliable workpiece handling in automation systems. Featuring a 40mm diameter and a round bellows design with 1.5 convolutions, it incorporates a 9.5 mm height compensator to seamlessly adapt to uneven surfaces. Constructed from durable Nitrile rubber (NBR) with a Shore hardness of 50, it delivers a robust 52.3 N holding force at a nominal operating pressure of -0.7 bar. It includes an M6 vacuum connection, guarantees a 32.5 N lateral force, and is suitable for operating environments ranging from -10°C to +70°C.
| Parameter | Value |
|---|---|
| Suction Cup Diameter | 40 mm |
| Suction Cup Shape | Round bellows, 1.5 convolutions |
| Holding Force (-0.7 bar) | 52.3 N |
| Lateral Force (-0.7 bar) | 32.5 N |
| Height Compensator | 9.5 mm |
| Suction Cup Volume | 8.87 cm³ |
| Minimum Workpiece Radius | 90 mm |
| Operating Pressure | -0.95 to 0 bar |
| Vacuum Connection | M6 |
| Material | Nitrile rubber (NBR) |
| Shore Hardness | 50 ± 5 |
| Ambient Temperature | -10 °C to 70 °C |
| Product Weight | 18.7 g |
Gripping and transferring corrugated cardboard boxes or packaging materials in end-of-line packaging systems.
The 1.5 convolutions and 9.5mm height compensation allow the suction cup to securely grip varying heights and slightly textured corrugated surfaces without losing vacuum seal.
Lifting and manipulating slightly curved or uneven sheet metal components in automotive or appliance manufacturing presses.
Provides a high lateral force resistance of 32.5 N and holding force of 52.3 N, ensuring that curved metal parts (minimum radius 90 mm) do not slip during fast robotic transfers.
Extracting warm, newly molded plastic components from injection molding machines using robotic end-effectors.
The NBR material withstands ambient temperatures up to 70°C, and the bellows design adapts to the molded part's contours without causing surface deformation.
