SMC ZP3-T06UMNJ6-04 Vacuum Pad | ZP3 Series Compact Flat Type with Groove & Buffer

The SMC ZP3-T06UMNJ6-04 is a high-performance vacuum pad from the ZP3 Series, engineered for applications demanding compact design and reliable gripping with minimal space requirements. Featuring a pad diameter of 6 mm, this model combines a flat adsorption surface with a precision-formed groove for enhanced grip stability and improved workpiece release.

• Compact and Space-Saving Design: The overall length of the vacuum pad assembly is minimized through a shortened buffer body, significantly reducing installation space by up to 2.2 inches compared with conventional ZP series pads. This enables integration into confined machinery layouts without sacrificing performance.
• Buffer Integration for Impact Absorption: Equipped with an integrated buffer mechanism designed to absorb shock during pick-and-place operations, reducing mechanical wear and extending the vacuum pad's service life. The buffer stroke is optimized for conflict-free compact installation.
• Flat Pad with Groove Surface: The flat pad provides a large contact area suitable for flat, rigid workpieces, while the groove ensures improved suction stability and facilitates easy release of the workpiece by preventing excessive sticking. This combination enhances precision and reliability in automated handling systems.
• Vacuum Inlet Options: Supports one-touch fitting and barb fitting compatible with ø2 tubing ensuring streamlined connection to vacuum lines for fast mounting and maintenance, contributing to reduced downtime.
• Material and Compatibility: Constructed for use in industrial vacuum systems, compatible with a range of pad materials available in the ZP3 series including NBR, FKM, and silicone rubber for adaptation to various environmental and chemical conditions.

This vacuum pad is ideal for manufacturing and automation sectors requiring efficient, compact vacuum gripping solutions with enhanced durability and precise handling capabilities. Its technical design supports high repeatability and reliable performance in automated assembly lines, pick-and-place robots, and material transfer systems.