Technical Description
This invention introduces a precise manufacturing method for single-layer multi-point diamond dressing tools using a CNC-driven, vacuum-operated micro-particle gripper-releaser. The system implants individual diamond grits into pre-drilled micro-holes in a customized array, reducing filler alloy consumption while delivering controlled grit protrusion and high joint strength.
Problems Addressed
- Excess Filler Alloy Consumption
- Particle Clustering Defect
- Unequal Load Distribution
- Reduced Brazing Joint Strength
- Uncontrolled Grit Protrusion Height
- Template-Restricted Pattern Flexibility
Tech Features
- Vacuum-Assisted Micro-Gripping
- Precise Grit Protrusion Control
- Pre-Drilled Substrate Micro-Holes
- Reduced Alloy Matrix Consumption
- CNC Coordinate-Controlled Positioning
- Custom Array Pattern Arrangement
Target Audience
- Grinding Wheel Manufacturing Industries
- Heavy-Duty Fabrication Sectors
- Precision Machining and Tooling Sectors
- Automotive Manufacturing Industries
- Research & Development
Tech ID: P18-2208 TRL 5 Patent Status: Granted Available For Exclusive and Non-exclusive License
