SMC ZP3-Y10UMN-B5-06 | ZP3 Series Compact Vacuum Pad Lateral Inlet With Adapter 10mm Flat With Groove Urethane Rubber NBR One-Touch Fitting Ø2mm Tube

The SMC ZP3-Y10UMN-B5-06 is a compact vacuum pad from the ZP3 series, featuring a lateral vacuum inlet with an integrated adapter and built-in one-touch fitting for Ø2mm tubing. This 10mm diameter flat pad with groove design (designated by the "U" pad shape code) provides enhanced grip and controlled release characteristics, making it exceptionally well suited for automated pick-and-place of small electronic components, semiconductor devices, and precision parts where surface marking must be minimized.

What pad material does the ZP3-Y10UMN use? The "MN" suffix designates a dual-material construction: the pad contact surface is urethane rubber (M) bonded to an NBR (N) body, combining urethane's excellent abrasion resistance and mark-free properties with NBR's strong vacuum sealing capability. This material combination is widely specified for handling delicate workpieces including glass substrates, polished metal parts, and film materials where traditional rubber compounds may leave visible marks or residue.

The ZP3 series represents SMC's most compact vacuum pad line, with a buffer body shortened by as much as 2.2 inches compared to the standard ZP series. The "B5" connection specification and "06" fitting size complete the configuration for direct integration into space-constrained end-of-arm tooling and robotic grippers. The groove pattern on the adsorption surface creates micro-channels that prevent sticking and facilitate clean workpiece release at cycle speeds, directly addressing the common question: how do I reduce cycle time on vacuum pick-and-place operations?

Compatible with SMC's full range of vacuum generators and in-line ejectors, the ZP3-Y10UMN-B5-06 is RoHS compliant and suitable for clean room, electronics assembly, medical device manufacturing, and general automation applications. The lateral vacuum inlet orientation enables low-profile installation where vertical clearance is limited.