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Robot Gripper Cylinder

Employing dual-piston synchronous drive technology, the robot gripper cylinder achieves breakthrough performance in high-speed precision gripping. Its self-compensating pressure-balance structure delivers ±0.5N force control accuracy while maintaining ±0.01mm positional repeatability across 10 million cycles, even in 80°C high-temperature industrial environments.

Core Application Scenarios

  • 📱 Consumer Electronics Assembly
    Micro-component grippers for smartphone vibration motor installation (±0.002N force sensitivity)
  • 🍫 Food & Pharmaceutical Packaging
    FDA-compliant hygienic grippers with 0.3s/piece pick-and-place speed
  • 🔩 Automotive Battery Module Handling
    50kg high-torque gripping with anti-vibration compensation at 1.5G acceleration

Revolutionary Technical Features

Parameter Performance Industry Benchmark
Response Time 15ms actuation >30ms (traditional)
Force Resolution 0.05N incremental control 0.2N standard
Temperature Range -20°C to 120°C -10°C to 80°C
MTBF >25,000 hours <15,000 hours

Cross-Industry Implementation

  • 🛰️ Satellite Component Assembly
    Vacuum-compatible grippers maintaining 5μm alignment precision in space simulation chambers
  • 💊 Lab Automation
    Non-magnetic titanium cylinders for MRI-compatible biopsy sample handling
  • ♻️ Lithium Battery Recycling
    Explosion-proof gripping systems with electrostatic discharge <5pC

The integration of adaptive pressure-feedback algorithms and nanoscale surface hardening treatment enables these cylinders to achieve zero-part-damage gripping for 50μm-thick solar cells while resisting abrasive particles in foundry environments. This represents a 40% cycle-time reduction versus electromagnetic grippers in high-duty-cycle production lines.

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1. About 3D models and technical parameters:
"If you need to obtain, please contact us by email."

2. About price consultation:
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