SMC ZHP80BMNB-00 Vacuum Pad with Integrated Ejector

The SMC ZHP80BMNB-00 is a high-performance vacuum pad from the ZHP Series designed for industrial automation and manufacturing applications requiring reliable handling and space-efficient vacuum generation. This integrated vacuum pad and ejector unit eliminates the need for separate ejector components, significantly reducing piping complexity and installation footprint.

• Integrated Ejector and Vacuum Pad: Combines both functions into one compact unit, optimizing system design by saving space and minimizing piping labor.
• Two-Stage Ejector Technology: Enhances vacuum performance by increasing suction flow rate by up to 50%, while simultaneously reducing air consumption by approximately 30%, thereby improving energy efficiency and throughput.
• Efficient Maintenance Design: Equipped with a lock plate mounting system that streamlines pad replacement, reducing downtime and maintenance complexity in automated lines.
• Pad Specifications: Available in pad diameters of 63 mm and 80 mm, compatible with various pad materials such as NBR, silicone, urethane, and FKM to suit diverse handling requirements and surface conditions.

The vacuum pad operates within a temperature range of 0 to 50°C and supports an operating pressure range of 0.1 to 0.6 MPa, suitable for standard pneumatic systems. Nozzle diameters vary from 0.7 mm to 1.5 mm, allowing for customization based on required suction force and workpiece characteristics.

This model’s design features include one-touch fittings for pneumatic connections, facilitating rapid and secure installation. Its robust vacuum holding capacity supports horizontal lifting forces up to 106 N and vertical lifting forces up to 53 N on the 80 mm pad variant, making it ideal for reliable handling of a wide range of materials and components.

By integrating key functional elements and maximizing operational efficiency, the SMC ZHP80BMNB-00 vacuum pad is an essential component for automated pick-and-place and material handling systems seeking to improve performance, reduce energy consumption, and simplify maintenance.