Bellows Pad, 2Bellows Type with Thin Lip Key benefits Designed for confined mounting spaces where spring type suction pads cannot be installed. Thin lip and bellows profile maintain reliable contact on oblique or angled surfaces. Twobellows construction adds compliance for uneven surfaces while preserving vacuum hold. Features and specifications Type: Actuator suction pad, 2bellows design with thin lip. Available sizes: 4, 6, 8, 10, 15, 20, 25, 30, 35, 40, 50, 60, 70, 80 mm. Materials: Nitrile rubber NBR, color black, hardness 55 Shore A; Silicone SI, color white, hardness 55 Shore A. Electrical note: Volume resistivity indicates conductivity; resistance value is expressed per cm3. Values are measured on the designated test piece. Use where limited radial space or angular contact makes spring type pads unsuitable. Why choose this design Thin lip improves initial sealing on inclined surfaces, reducing air leakage and improving pick reliability. Bellows body provides vertical compliance and stroke to absorb surface variations without losing grip. Two material options let you select resilience and chemical compatibility appropriate to the application: NBR for general industrial use, silicone for higher temperature stability or softer contact. Compatibility and installation Suction cup fits standard vacuum grippers and actuator mounts sized to the listed diameters. Lowprofile design enables installation in tight assemblies and close to obstacles where springmounted pads cannot be used. Typical applications Automated pick and place of angled or irregular parts on assembly lines where mounting space is constrained. Handling of small molded components or electronic parts that sit on sloped surfaces. Robotics and pick systems that require a compliant suction interface to protect delicate parts. Ordering information Specify pad diameter and material option when ordering. Confirm volume resistivity requirements if conductive or dissipative properties are required. This bellows pad offers a compact, compliant suction solution for confined and angled handling tasks while providing predictable material and dimensional options.