Diamond burs HP ISO.806.104.001.830.060 Bader

HP Diamond Burs ISO.806.104.001.830.060 BADER. The H830-060-12 dental laboratory diamond burs are cutting tools used in the making of dental prostheses, crowns, and bridges. They are specifically designed to cut and shape hard materials used in dentistry, such as zirconia and dental ceramics. These burs have a high-quality industrial diamond coating that provides excellent durability and wear resistance. They also have a stainless steel shank that facilitates their use with dental laboratory rotary tools. The bur has a conical shape with a narrow tip, which allows precise cutting and precise details in dental materials. Additionally, the H830-060-12 dental laboratory diamond burs are designed to minimize heat generation and reduce the risk of fracture of dental materials during the cutting process. This ensures that high-quality and durable dental prostheses can be obtained. Features: High-quality industrial diamond coating: The burs have a high-quality industrial diamond coating that provides excellent durability and wear resistance, ensuring precise cutting and extending the tool's lifespan. Conical shape with narrow tip: The conical shape with a narrow tip allows precise cutting and precise details in dental materials, ensuring high quality in the making of dental prostheses. Reduced heat generation: The burs are designed to minimize heat generation during the cutting process, which reduces the risk of fracture of dental materials. Stainless steel shank: The stainless steel shank facilitates the use of the burs with dental laboratory rotary tools, ensuring precise and efficient work. Sold in a pack of 5 units. Maximum finishing precision. Maximum circular precision. HP diamond burs ISO 806.104.001.830.060. Technical specifications: Head diameter: 060. Length of the bur head: 12. Shank material: stainless steel. Head material: industrial diamond. Head shape: conical with narrow tip. Benefits: High durability and wear resistance: Due to the industrial diamond coating, these burs have excellent durability and wear resistance, making them ideal for applications involving hard materials. Precise cutting and fine details: Burs with conical shape allow precise cuts and fine details. Essential for making dental prostheses. Minimization of heat generation: The burs are designed to minimize heat generation during the cutting process, which reduces the risk of fracture of materials and allows more precise and efficient work. Time saving and increased productivity: Durable, precise, and versatile burs save time and increase productivity. They can save costs in the long term.