High Quality Carbide Carving Burs for Orthodontic Debonding
| Product Type | Orthodontic Burs |
|---|---|
| Flutes | 12 |
| Model | FG-K2RSF, FG7006, RA7006 |
| Head Size | 023, 018 |
| Head Length | 4.4 mm, 1.9 mm |
| Shank Type | Friction Grip |
| Material | Tungsten Carbide |
| Sterilization | 340°F / 170°C Dry heat, 250°F / 121°C Autoclave |
Product Quality:
Boyue's carbide carving burs are crafted with precision and sophistication, offering unparalleled durability and enamel safety in orthodontic debonding applications. Each bur features a meticulously engineered blade structure, optimized rake angle, and flute depth that ensures an optimal cutting experience. Utilizing fine-grain tungsten carbide, our burs have sharper blades that not only assure superior cutting performance but also maintain their shape even with extensive use. This results in a smooth, controlled debonding process without nicking, scratching, or abrading the enamel. In addition, our burs are engineered with corrosion-resistant finishes that ensure longevity, even after repeated sterilization, making them a reliable choice for dental professionals.
Product Cost Advantage:
Boyue offers a cost-effective solution for dental professionals seeking high-quality orthodontic debonding burs. Our products are designed to last longer owing to the use of premium materials such as surgical-grade stainless steel for shank construction and fine-grain tungsten carbide for the cutting heads. This careful selection of materials ensures that our burs do not dull quickly, reducing the frequency of replacements and lowering long-term costs. Furthermore, our commitment to providing OEM and ODM services enables practitioners to receive customized solutions tailored to their specific needs without unnecessary expenditure, ensuring both performance and affordability.
Product Comparison with Competitors:
When compared to other products in the market, Boyue's carbide carving burs stand out due to their advanced manufacturing techniques and material selection. Many competitors opt for less expensive, large-particle tungsten carbide, which dulls quickly due to particle breakage. In contrast, our fine-grain tungsten carbide ensures longevity and sharpness, offering better value for money. Furthermore, while some manufacturers may use tool steel for the shank, we utilize surgical-grade stainless steel that resists corrosion and enhances the lifespan of the bur. Our burs also feature a high-speed design, corrosion resistance, and a friction grip shank that many competing products lack, providing superior control and efficiency.
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