Sintrattu timanttikärki
sintrattu timantti-poraus Aluksi karkea hionta, nämä purseet poistavat materiaalin nopeasti ja aggressiivisesti. Sintrattu timantti kulkee suoraan purseiden läpi - ei vain päällystetty muodon ulkopuolelle. Sintrattujen timanttityökalujen tekniikka oli yksinomainen käytettäväksi avaruusalalla kovimpien materiaalien käsittelyyn. Ne eroavat muista instrumenteista siinä, että timanttijyviä ei kiinnitetä mekaanisesti paineella, vaan muodostamalla vahva liima-sidos 2,5 kertaa korkeammalla jyväkonsentraatiolla siten, että timanttijyvät täyttävät koko työkalun tilavuuden. veistää, kiillottaa, porata ja leikata lasia, jade, keraamiset laatat, sinikivi ja muut kivimateriaalit. Voimme myös valmistaa sintrattuja timanttityökaluja asiakkaan vaatimusten mukaan.
Tapered Cylinder Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Round Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Tapered Inverted Cone
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Drum Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Taper Round End Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Pearl Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Bullet Sharpe
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Conical Point Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Flat End Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Round End Cylinder Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Flame Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Flat End Inverted Shape
Sintered Diamond Bur
Our sintered diamond bur is made using advanced technology that was originally developed for use in the space industry to process the hardest materials. Unlike other diamond tools, the diamond grains in our sintered diamond bur are not mechanically fixed by pressure, but by the formation of a strong adhesive binding. This results in a 2.5 times higher grain concentration, ensuring that diamond grains fill the whole volume of the tool.
Performance
Sintered Diamond burs and points are cutting and shaping tools known for their high performance and durability. Their performance characteristics make them valuable in a wide range of applications. Here are some key performance attributes of sintered Diamond burs and points:
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High Cutting Efficiency: Sintered Diamond burs and points offer excellent cutting efficiency, allowing for the quick removal of material. Their Diamond -impregnated abrasive surfaces can handle hard and abrasive materials with ease.
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Long Service Life: These tools are designed for durability and can maintain their cutting performance over an extended period. The sintered Diamond particles are securely bonded to the tool's matrix, ensuring a long service life.
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Precise Shaping and Detailing: Sintered Diamond burs and points provide precise shaping and detailing capabilities. They are capable of creating intricate patterns, fine lines, and intricate cuts with high accuracy.
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Minimal Heat Generation: During cutting and shaping, sintered Diamond burs and points generate minimal heat. This is especially important when working with heat-sensitive materials like ceramics, glass, and some metals.
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Smooth Surface Finish: These tools can produce smooth and polished surface finishes, reducing the need for additional finishing processes. This is particularly valuable in applications where a high-quality surface is required.
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Versatility: Sintered Diamond burs and points are versatile and suitable for use on a wide range of materials, including metals, ceramics, glass, stone, composites, and more. This versatility makes them ideal for various industries.
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Reduced Chipping: They minimize chipping and splintering of the material being worked on, resulting in cleaner and neater cuts, holes, or shapes.
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Ease of Control: Operators can easily control the cutting and shaping process with sintered Diamond burs and points, allowing for precision and accuracy in various applications.
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Adaptability: These tools can be used with a variety of rotary tools and handpieces, making them accessible and adaptable to different equipment setups.
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Wet or Dry Use: Depending on the material and application, sintered Diamond burs and points can be used for wet or dry cutting and shaping, offering flexibility in various work environments.
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Safety: Their design ensures safe operation and reduces the risk of accidents or tool failure during use.
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Cost-Effective: While they may have a higher upfront cost compared to some other cutting tools, their long service life and efficient cutting performance make them cost-effective in the long run, as they require fewer replacements.
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Wide Range of Shapes and Sizes: Sintered Diamond burs and points are available in various shapes and sizes to suit different applications, allowing users to choose the right tool for their specific needs.
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Q: What are Sintered Diamond Burs?