
Sintered Diamond Bur
Sintered diamond bur features diamond particles firmly bonded to the substrate via a sintering process, enabling efficient grinding of oral hard tissues and dentures with exceptional wear resistance.
244 products from Chinese manufacturers.

Sintered diamond bur features diamond particles firmly bonded to the substrate via a sintering process, enabling efficient grinding of oral hard tissues and dentures with exceptional wear resistance.
Integrated dryer and cooler deliver dry, pure compressed air, specifically designed for dental prosthesis milling machines and CAD/CAM processing equipment.
Nickel-free, beryllium-free, and cadmium-free, refined by high-vacuum melting. Used for fabricating type 2/3/4 custom PFM crowns and bridges, metal crowns and bridges, and removable partial denture frameworks with porcelain veneering.
Powder specifically for 3D-printed denture frameworks, used to fabricate removable partial denture clasp assemblies, complete denture frameworks, and inlays/post-cores. Compatible with various metal 3D printers for dental applications.

第二行: With excellent biocompatibility, this powder is used for 3D-printing SLM fabrication of dental porcelain-fused-metal restorations, including inner crowns and bridges, metal crowns and bridges, inlays, post-and-core, and denture framework clasps.
For metal 3D printing via SLM to fabricate dental restorations, including porcelain-fused-metal crowns and bridges, metal full crowns and bridges, inlays, post-and-cores, and clasps for removable partial dentures.

High-translucency lithium disilicate glass-ceramic with lifelike shade and excellent fluorescence, primarily used for anterior veneers and esthetic restorations.
Pressable lithium disilicate glass-ceramic blocks for fabricating all-ceramic crowns, bridges, veneers, and inlays via heat-press technique, offering high translucency, fluorescence, and lifelike esthetic outcomes.
Lithium disilicate glass-ceramic block for chairside CAD/CAM immediate restorations and full crowns, full crown bridges, veneers, inlays/onlays of anterior and posterior teeth, offering high strength, hardness, and long-term stability.
Used for bonding enamel and dentin to resin, metal, and ceramic restorations. It offers high shear bonding strength, is compatible with composite resins, and provides convenient operation.
For use by medical institutions in conjunction with dedicated dental polishing instruments, to grind and polish dental tissue or restorations, rendering their surfaces smooth and even.
Medical-grade gel that forms a protective physical barrier over ulcerative lesions to alleviate pain caused by oral ulcers, inflammation, dentures, or surgical wounds.
A metal 3D printing device equipped with two independent laser systems, enabling batch production of cobalt-chromium and pure titanium crowns, bridges, and removable frameworks, significantly boosting dental prosthetics manufacturing capacity.
Large-capacity rapid sintering furnace for medium-to-large dental laboratories, with a heating rate up to 80°C/min, capable of sintering multiple zirconia crowns or bridges in one cycle for batch production, featuring intelligent touch control and stable temperature regulation.
Compact zirconia rapid sintering furnace designed for chairside restorations and small dental laboratories, with heating rate up to 200°C/min, silicon carbide heating elements for contamination-free operation, sintering 1-3 crowns per cycle, and APP remote monitoring support.