SMC ZP3E-T63BMSJB50 ZP3E Series High Rigidity Vacuum Pad (Vacuum Suction Cup) Bellows Type with Ribs and Groove with Buffer

Engineered for demanding industrial applications, the SMC ZP3E-T63BMSJB50 vacuum pad features a bellows-style suction cup with integrated ribs and a groove design to enhance grip stability and conformability to uneven surfaces. Its high rigidity construction ensures minimized deformation under load, providing consistent, reliable vacuum bonding on a range of workpiece geometries.

• Design and Form: Bellows-type pad with ribs and groove delivers superior adaptability to complex and textured surfaces while maintaining suction stability during handling operations.
• Buffer Integration: Equipped with a buffer mechanism offering a cushioning stroke of up to 50 mm, this vacuum pad absorbs shocks and prevents damage to delicate parts, improving cycle life and reducing wear.
• Mounting and Vacuum Interfaces: Features versatile mounting options with male and female threaded connections compatible with standard industrial vacuum fittings, allowing straightforward installation and secure attachment to various automation systems.
• Vacuum Inlet Orientation: Supports both vertical and lateral vacuum inlet directions to accommodate diverse system layouts and optimize vacuum flow efficiency.
• Material and Durability: Constructed from high-quality elastomeric compounds compliant with RoHS standards, ensuring extended service life, resistance to marking on sensitive workpieces, and easy pad and metal part disposal separately.
• Dimensions: Designed with a pad diameter of 63 mm, balancing sufficient contact area for effective suction with compactness for maneuverability in tight assembly or transfer systems.

The ZP3E-T63BMSJB50 has been optimized for applications requiring stable and repeatable vacuum gripping with minimal workpiece marking. Its bellows and ribbed structure combined with groove engineering enhances sealing and suction force resilience, making it suitable for electronics assembly, precision manufacturing, and material handling tasks where product surface quality and handling precision are critical.