Usage | For Zirconia |
Coat | Diamond Coated |
Shank Diameter(mm) | 3 |
Head Length(mm) | 18 |
Total Length(mm) | 50 |
Head Diameter(mm) | 2 |
Material | Tungsten Carbide |
Name | Sku | Total Length(mm) | Head Length(mm) | Material | Shank Diameter(mm) | Head Diameter(mm) | Coat | Usage |
---|---|---|---|---|---|---|---|---|
R1*RC18*D3*TL50 | R1RC18D3TL | 50 | 18 | Tungsten Carbide | 3 | 2 | Diamond Coated | For Zirconia |
R0.5*RC16*D3*TL50 | R05RC16D3T | 50 | 16 | Tungsten Carbide | 3 | 1 | Diamond Coated | For Zirconia |
R0.25*RC5*D3*TL42 | R025RC5D3T | 42 | 5 | Tungsten Carbide | 3 | 0.5 | Diamond Coated | For Zirconia |
R1*RC16*D4*TL45 | R1RC16D4TL | 45 | 16 | Tungsten Carbide | 4 | 2 | Diamond Coated | For Zirconia |
R0.5*RC16*D4*TL45 | R05RC16D4T | 45 | 16 | Tungsten Carbide | 4 | 1 | Diamond Coated | For Zirconia |
R0.3*RC8*D4*TL45 | R03RC8D4TL | 45 | 8 | Tungsten Carbide | 4 | 0.6 | Diamond Coated | For Zirconia |
R1*RC16*D6*TL50 | R1RC16D6TL | 50 | 16 | Tungsten Carbide | 6 | 2 | Diamond Coated | For Zirconia |
R0.5*RC16*D6*TL50 | R05RC16D6T | 50 | 16 | Tungsten Carbide | 6 | 1 | Diamond Coated | For Zirconia |
R0.3*RC8*D6*TL50 | R03RC8D6TL | 50 | 8 | Tungsten Carbide | 6 | 0.6 | Diamond Coated | For Zirconia |
Extraordinarily high hardness and significantly extended lifespan
Superior machining quality
Reduced frequency of tool changes, enhanced processing efficiency
Grinding-free, offering high cost-effectiveness with low overhead
Hard alloy
Processing zirconia, diamond coating can process an average of 600-800 zirconia dentures, and diamond-like coating can process an average of 150 teeth
1pcs
To avoid tool breakage due to excessive pressure, all tools are designed to rotate clockwise.
All cutting tools undergo balance checks upon completion to ensure there is no suspicion of radial jumping. To ensure that the tools do not swing or jump during use, please choose appropriate mechanical equipment and excellent clamping sleeves.
The jacket must be selected in the appropriate size. If the jacket is found to be not round enough or worn, it will cause the jacket to be unable to clamp the tool properly and correctly. To avoid the danger of tool detachment or twisting, please immediately replace the standard specification intact jacket with a new one. High-speed rotation may cause shaft vibration.
The installation of the tool handle should comply with EU regulations, for example, the clamping depth of the 12.7mm handle diameter must reach 24mm to maintain the pressure bearing range that the tool handle should have.
Speed setting: Tools with larger outer diameters should be set according to the following tachometer and pushed slowly, maintaining a constant speed. Do not stop pushing during the cutting process.
When the tool becomes dull, please replace it with a new one and do not continue to use it to avoid tool breakage and work-related accidents.
When using a tool, please choose a tool with a blade length greater than the workpiece. For example, if you want a groove with a depth of 12.7mm, please choose a tool with a blade length of 25.4mm. Avoid using tools with a blade length equal to or less than 12.7mm.
When operating the machining, users should wear safety glasses and safety push handles. When using desktop mechanical equipment, anti-rebound devices should also be used to avoid accidents caused by workpiece rebound during high-speed cutting.
Some products on this page may be custom designed according to specific customer requirements. The design copyright belongs to the original designer. If you are interested in purchasing or customizing similar product, please contact our sales team.