SMC ZP3-T08UMSK6-04 Vacuum Pad | ZP3 Series Compact Flat Type with Groove and Buffer

The SMC ZP3-T08UMSK6-04 vacuum pad belongs to the advanced ZP3 Series, specifically designed for space-efficient vacuum handling applications requiring reliable gripping on flat surfaces. This model features a compact buffer integrated directly into the pad, optimizing overall length and enhancing cushion performance during operation.

• Pad Diameter: 8 mm, ideal for precision handling in limited space environments.
• Pad Type: Flat with groove design, engineered to stabilize suction by preventing workpiece sticking and facilitating easy release thanks to micro-dents and grooves on the adsorption surface.
• Buffer Integration: Compact buffer allows for effective shock absorption and optimized vacuum sealing, with a shortened overall length compared to prior ZP models, improving installation flexibility in tight assemblies.
• Vacuum Inlet: Compatible with Ø2 tubing, featuring both one-touch and barb fittings for quick, secure connections to vacuum lines, minimizing setup time and reducing potential leak points.
• Materials and Construction: Manufactured with high-quality elastomers, such as NBR or silicone rubber options, selected for durability and chemical resistance in diverse manufacturing environments.
• Space-Saving Design: Compact dimensions and shortened overall pad length reduce footprint and enable better integration into automated systems or robotic end effectors.

This vacuum pad is optimized for use in automated assembly, material handling, and packaging equipment where precision, repeatability, and gentle handling of delicate flat-surfaced workpieces are critical. Its grooved flat pad and integrated buffer support stable suction and easy removal, enhancing cycle times and reducing downtime.

Designed according to RoHS compliance, the ZP3-T08UMSK6-04 supports environmentally responsible manufacturing processes.

Key applications: Semiconductor handling, electronics assembly, small component pick and place, and other precision vacuum gripping tasks.