EN
모형: 4.0-180º
| Key Selling Points | Notes | |
|---|---|---|
| Single Crystal Structure | Uniform crystal structure with no internal grain boundaries enables sharper edge and superior surface quality compared to PCD tools. | |
| Atomic-Level Sharp Cutting Edge | MCD’s homogeneous structure allows the cutting edge to be ground to theoretically atomic-level sharpness, providing extremely low cutting force and minimal burr formation. | |
| Mirror Surface Finish Achievable | After precision grinding, the finished workpiece surface can reach Ra 0.005–0.01μm — a mirror-grade finish that eliminates or minimizes expensive secondary polishing operations. | |
| HPHT Synthetic Diamond Material | Produced via high-pressure high-temperature synthesis, delivering superior thermal conductivity, wear resistance, and batch-to-batch consistency, graded as flawless or with minimal inclusions (Grade 1/2/3). | |
| Laser-Profiled Cutting Edges | High-precision laser profiling ensures tight tolerance control, with a honed edge profile optimized for short-chipping non-ferrous metals. | |
| Resharpenable Design | Unlike PCD tools which have limited regrinding potential due to binder layer constraints, MCD inserts can be professionally reground multiple times, dramatically reducing long-term tooling costs. | |
| Excellent for Precision Parts | Widely used in aerospace, optical, 3C electronics, and medical device industries — anywhere demanding mirror finishes and tight tolerances are required. | |
| Customizable Geometry | Edge angles, tip radius, precision grades, and shank specifications can all be tailored to your specific machine and application. |
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