SMC ZP3E-32BMCL-P ZP3E Series High Rigidity Vacuum Pad (Vacuum Suction Cup) Bellows Type with Ribs and Groove Pad Unit

The SMC ZP3E-32BMCL-P vacuum pad is engineered for high rigidity applications requiring stable and reliable suction performance. This bellows-type vacuum suction cup features reinforced ribs and a specially designed groove on the pad surface, ensuring enhanced grip and suction stability under diverse operating conditions.

• Pad Design: The pad combines a bellows configuration equipped with ribs and grooves, optimizing deformability and suction force to provide a secure hold while improving ease of removal from workpieces.
• Suction Stability: The integrated ribs and groove pad geometry maintain precise suction positioning, minimizing slippage and enabling consistent handling accuracy in automated manufacturing processes.
• Mounting Options: Available with both male and female threaded connections, facilitating versatile installation configurations compatible with common pneumatic vacuum systems.
• Vacuum Inlet Orientation: Supports vertical and lateral vacuum inlet directions, allowing flexible routing and integration within complex machinery layouts.
• Vacuum Inlet Threading: Vacuum ports are provided with male or female threading options, ensuring compatibility with a broad range of vacuum tubing and connectors.
• Buffer Variants: Configurable with or without built-in buffer options, offering stroke lengths of 10 mm, 30 mm, or 50 mm to accommodate varying impact absorption and shock resistance requirements.

Constructed with precision engineering and durable materials, this vacuum pad is ideal for automation and robotic gripping solutions where high rigidity and reliable vacuum suction are critical. Its specialized bellows design and ribbed groove pad enhance operational efficiency by providing a stable suction interface while facilitating easy release, reducing cycle times in production lines.

Optimize your vacuum handling system with the SMC ZP3E-32BMCL-P for improved reliability, flexibility, and performance in precision manufacturing and assembly applications.