Products Description
1. Ultimate Wear Resistance for Extended Service Life
The cutting edges of this tool are crafted from premium PCD material, boasting a Mohs hardness of up to 10. This extraordinary wear resistance ensures that its service life is dozens or even hundreds of times longer than traditional tungsten carbide tools during continuous wood processing. This drastically reduces the downtime for frequent tool changes and regrinding, significantly boosting the continuous operational efficiency of the production line.
The cutting edges of this tool are crafted from premium PCD material, boasting a Mohs hardness of up to 10. This extraordinary wear resistance ensures that its service life is dozens or even hundreds of times longer than traditional tungsten carbide tools during continuous wood processing. This drastically reduces the downtime for frequent tool changes and regrinding, significantly boosting the continuous operational efficiency of the production line.
2. Long-Lasting Sharpness for Mirror-Like Surface Finish
Thanks to the extremely low friction coefficient of PCD and precision edge grinding processes, this tool is highly resistant to built-up edge (BUE) during high-speed cutting. The inner and outer surfaces of the processed wood bowls are exceptionally smooth and flat, with virtually no tool marks or burrs. It achieves a superior "turning instead of sanding" effect, greatly reducing post-processing sanding costs.
Thanks to the extremely low friction coefficient of PCD and precision edge grinding processes, this tool is highly resistant to built-up edge (BUE) during high-speed cutting. The inner and outer surfaces of the processed wood bowls are exceptionally smooth and flat, with virtually no tool marks or burrs. It achieves a superior "turning instead of sanding" effect, greatly reducing post-processing sanding costs.
3. 24-Tooth (24Z) Design for Efficient Chip Evacuation & Smooth Cutting
The "24Z" designation indicates that this tool features 24 cutting teeth. This dense multi-tooth design ensures a smaller feed per tooth during high-speed rotation, resulting in a smoother and more stable cutting process. Meanwhile, the optimized gullet space allows for rapid chip evacuation, effectively preventing wood burning or tool jamming caused by poor chip removal.
The "24Z" designation indicates that this tool features 24 cutting teeth. This dense multi-tooth design ensures a smaller feed per tooth during high-speed rotation, resulting in a smoother and more stable cutting process. Meanwhile, the optimized gullet space allows for rapid chip evacuation, effectively preventing wood burning or tool jamming caused by poor chip removal.
4. Precision 18*48 Dimensions for Perfect Wood Bowl Shaping
The 18mm shank diameter and 48mm cutting diameter are the golden specifications custom-designed for turning or milling processes of wood bowls and plates. This specification precisely controls the inner cavity profile and outer wall thickness of the wood bowls, ensuring highly consistent dimensions for mass production, perfectly meeting the scaled production demands of high-end solid wood tableware and crafts.
The 18mm shank diameter and 48mm cutting diameter are the golden specifications custom-designed for turning or milling processes of wood bowls and plates. This specification precisely controls the inner cavity profile and outer wall thickness of the wood bowls, ensuring highly consistent dimensions for mass production, perfectly meeting the scaled production demands of high-end solid wood tableware and crafts.
5. Superior Heat Dissipation for High-Intensity Continuous Operations
PCD material features an extremely high thermal conductivity (up to 700W/mK). During high-speed wood cutting, it can rapidly conduct and dissipate the heat generated in the cutting zone. This not only protects the cutting edges from thermal degradation but also prevents the wood from discoloring or burning due to localized overheating, ensuring the aesthetic quality of the finished products.
PCD material features an extremely high thermal conductivity (up to 700W/mK). During high-speed wood cutting, it can rapidly conduct and dissipate the heat generated in the cutting zone. This not only protects the cutting edges from thermal degradation but also prevents the wood from discoloring or burning due to localized overheating, ensuring the aesthetic quality of the finished products.
Milling of wooden bowls and spoons of different specifications, with customizable tool specifications available.
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