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SMC
Compact vacuum gripper for collaborative robots that combines integrated ejector, valves, and pressure sensor in one sealed unit. Generates 84 kPa vacuum and 17 L/min flow to grip payloads up to 7 kg. Modular suction pads adapt to flat, curved, porous, and delicate parts. UR+ certified with ISO 9409-1-50-4-M6 mount for Universal Robots and compatible cobots. Weighs 0.84 kg and connects with a single compressed air tube and M8 electrical connector. Ideal for pick-and-place, packaging, assembly, and small-parts handling in confined robotic cells.
SMC ZXP-X1 is a pneumatic vacuum gripper designed for Universal Robots and other collaborative robots, suitable for automated pick-and-place, packaging, laboratory automation, and parts handling applications.
The ZXP-X1 combines integrated vacuum generation, valves, sensors, and configurable suction pads within a compact, lightweight end effector unit. Installation for Universal Robots is streamlined via UR+ certification, plug-and-play URCaps compatibility, and ISO flange mounting. Only compressed air and an M8 cable are required for setup, allowing rapid deployment for robot vacuum gripper users. Multiple cup configurations, one, two, or four cups, adapt to various workpieces including flat, curved, and porous items. Pads are modular for easy replacement and adaptation across material types.
SMC ZXP-X1 mounts directly to collaborative robots from Universal Robots and other models featuring the ISO 9409-1-50-4-M6 interface. Model number ZXP7A01-ZP25BN-X1 is available from SMC and distributors, factory stocked.
SMC, a global leader in pneumatic automation technology, manufactures the ZXP-X1 Series vacuum grippers. UR+ certification verifies compatibility and performance with Universal Robots (see UR+ listing).
The SMC ZXP-X1 is a self-contained vacuum gripper built for collaborative robots, eliminating the need for separate vacuum pumps or complex plumbing. Choose it over mechanical parallel grippers or external vacuum systems when handling fragile, flat, or irregular surfaces.