MHS4 Quad-Axis Centering Gripper: Nanoscale Mastery for High-Value Components
Precision-engineered for mission-critical applications where concentricity defines product viability.
Revolutionary Four-Jaw Advantage
▌ Absolute Radial Control
4-Jaw T-Slot Architecture
Eliminates workpiece deformation with 360° force distribution
Radial Deviation <0.005mm TIR
at 3950N clamping force
Hardened Tungsten-Carbide Rails
Withstand 2M+ cycles in abrasive environments
▌ Smart Industrial-Grade Performance
|
Parameter |
Performance |
|
Per-Jaw Stroke |
2-16mm (64mm total ∅ adj.) |
|
Max Closing Force |
3800N (387kgf) |
|
Max Opening Force |
3950N (403kgf) |
|
Repeat Accuracy |
±0.01mm |
|
Operational Frequency |
120Hz (0.07kg) / 60Hz (2.1kg) / 30Hz (6.46kg) |
|
Temp Stability |
5°C to 60°C |
|
Pressure Optimization |
1-6 bar (delicate) / 2-6 bar (secure) |
Precision-Critical Applications
Semiconductor Manufacturing
450mm wafer handling with zero particle generation
EUV lithography mask alignment (±0.003mm TIR)
Vacuum chamber robot end-effectors
Aerospace Turbomachinery
Jet engine turbine disk balancing
Composite fan blade root gripping
Satellite reaction wheel assembly
Medical Implant Production
Artificial hip stem machining (Ra 0.2μm finish)
Spinal implant screw threading
Dental abutment concentric polishing
Optical Engineering
Telescope mirror segment handling
Interferometer reference flat calibration
Space camera lens barrel assembly
ROI-Driven Value Proposition
Yield Improvement: 99.98% concentricity compliance in medical implant production
Tooling Consolidation: Replaces 3-7 dedicated fixtures per workstation
Predictive Maintenance: Magnetic sensors detect micron-level wear before accuracy drift
Thermal Stability: Maintains ±0.002mm accuracy across 55°C range
Conclusion
The MHS4 redefines ultra-precision automation with its four-jaw centering architecture, delivering unmatched radial stability (<0.005mm TIR) at industrial-grade forces (3950N). By solving the core challenge of workpiece distortion during high-precision machining, it enables breakthrough yields in semiconductor, aerospace, and medical manufacturing. Where traditional three-jaw systems permit micro-deformation and two-jaw grippers induce bending moments, the MHS4's symmetrical force distribution ensures absolute geometric integrity. This is not merely a gripper - it's your strategic advantage for conquering nanometer-level tolerances with production-grade reliability.
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