Rotary Dental Instruments Diamond Bur Applied In Dentist Clinic Carbide Burs For F.G.
| Place of Origin: | Zhejiang, China (Mainland) |
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Product Detail
Rotary Dental Instruments Diamond Bur Applied In Dentist Clinic Carbide Burs For F.G.<
Rotary Dental Instruments Diamond Bur Applied In Dentist Clinic Carbide Burs For F.G.
Quick Detail:
1. Made of Tungsten carbide, Cobalt
2. Size available: according to the size table
3. Applied max allowable r.p.m.: 300,000r.p.m., 200,000r.p.m., 150,000r.p.m.
4. Classification: Round (Plain), Inverted Cone(Plain), Cylinder Flat End (Pain), Taper Flat End(Plain), Pear (Plain), Cylinder Flat End(Crosscut), Taper Flat End(Crosscut), Cylinder Round End(Plain), Cylinde Round End (Crosscut), Special Shape, Finishing (Plan), Removal (Crosscut)
5. It is rotary grinding instruments for hard tissue such as tooth and bones, it can also used fr grinding metal, plastic, porcelain and other hard materials.
6. It is used connecting with dental handpiece.
7. Packing: pack in blister packing, plastic box or bulk packg or other packings as per customer's requirement.
Place of Origin: Shenzhen, China (Mainland)
Model Number: DB-02
Usage: Carbide Rotary Instruments applied in Dentist Clinic
Material: Tungsten carbide
Certificate: ISO13485
Description:
1. Dental Carbide Burs for F.G.
2. Made of Tungsten carbide
3. One-piece construction reduces vibration in operation and risk of separation.
4. Use for hard tissue such as tooth and bones, as well for grinding metal, plastic, porcelain and other hard materials.
5. Used y connecting to dental handpiece and rotates to grind hard materials and tissues.
6. It is the dental carbide burs with stainless steel shank and non-sterile instrument.
Applications:
Carbide Rotary Instruments applied in Dentist Clinic Use for hard tissue such as tooth and bones, as well for grinding metal, plastic, porcelain and other hard materials.
Specifications:
| Code | Shape | Instruction |
| 1/4 ~ 10 | Round | Ideal for initial entry, excavating infected dentin, extending preparation walls, creating retentive features, and endodontic access. Smaller head diameters help create ultra-conservative preparations. |
| 33 1/2 ~41 | Inverted Cone | Offers a sharp taper ideal for creating mechanical locks in preparations. |
| 55 ~ 60L |
Cylinder Flat End (Plain) Straight Flat-End Fissure |
Creates a preparation with parallel walls and a flat floor. Useful for establishing the periphery of a preparation. Cross-Cuts increase cutting efficiency and facilitate cutting dentin at lower speeds for improved tactile response. Dome Ends create rounded internal line angles to distribute occlusal forces. |
| 167 ~ 173 | Taper Flat End Fissure | Creates diverging preparation walls ideal for indirect restorations. Cross-Cuts increase cutting efficiency. Dome Ends create rounded internal line angles to distribute occlusal forces better. Tapered shape helps maintain full-length enamel rod margins on convex tooth surfaces. |
| 245, 246, 329 ~ 333L | Pear | Creates a preparation with convergin walls and round internal line angles. Ideal for creating mechanical retenton and maintaining full-length enamel rod margins on pit and fissure surfaces. FG 245 and FG 246 offer a longer head length and flat floors with rounded internal line anglets. |
| 556 ~ 560 |
Cylinder Flat End (Crosscut) Straight Flat -End X-Cut Fissues |
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| 669 ~ 704 |
Taper Flat End (Crosscut) Taper Flat End X-Cut Fissure |
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