SMC ZP3E-TF80UMNJB30 High Rigidity Vacuum Pad – Flat Type with Groove, Ball Joint Type with Buffer

The SMC ZP3E-TF80UMNJB30 vacuum pad is engineered for precision vacuum handling in automated manufacturing environments, featuring a high rigidity design optimized for flat and grooved surfaces. This vacuum suction cup combines advanced materials and mechanical features for enhanced stability and improved operational efficiency.

• Pad Design: Flat type with groove profile, engineered for stable suction and superior sealing on flat and slightly uneven surfaces. The groove design enhances air retention and vacuum efficiency, reducing slip and ensuring consistent grip during pick-and-place operations.
• Ball Joint Integration: Equipped with a ball joint type adapter to accommodate angular misalignment between the suction cup and the mounting arm, providing flexibility and reducing stress on the suction system during handling.
• Buffer Feature: Includes an integrated buffer with stroke options up to 50 mm (available in 10, 30, and 50 mm strokes), enabling shock absorption and vibration dampening to protect delicate workpieces and extend cup lifespan during dynamic operations.
• Mounting and Vacuum Inlet: Versatile male thread mounting designed for secure installation. The vacuum inlet supports flexible vertical or lateral inlet directions utilizing both male and female threaded connections, facilitating integration with diverse vacuum systems.
• Material and Compliance: Constructed with durable elastomers such as NBR or equivalent technical-grade rubber, compliant with RoHS standards. Pad and metal components are designed for easy disassembly, enabling replacement and recycling, improving lifecycle and maintenance efficiency.
• Pad Diameter: Sized at 80 mm diameter to provide a balance between sufficient suction area for strong grip force and compactness for precise handling in automated processes.
• Technical Benefits:
  • Stable suction position due to groove-enhanced pad design.
  • Improved ease of removal minimizes workpiece damage and marks.
  • Reduced mounting screws (from 4 to 1), speeding up installation.
  • Lightweight construction without compromising rigidity enhances robotic arm performance.

This vacuum pad is ideal for industrial automation requiring reliable handling of flat, smooth, or slightly textured surfaces such as glass, sheet metal, and precision-molded components. Its buffer-equipped ball joint design provides shock absorption and mounting flexibility, making it a superior choice for dynamic pick-and-place applications.