Dental Lab Diamond Disc & Saw Burs by Busch
A collection page of Deutsche Dental Technologien
About
Dental Lab Diamond Disc & Saw Burs by Busch are precision-engineered rotary tools designed to meet the demanding cutting, sectioning, and separating requirements of modern dental laboratories. Whether you are working with ceramics, zirconia, composites, metal alloys, or acrylic materials, these instruments deliver consistent performance and reliable results in professional lab environments. Why Choose Busch Diamond Disc & Saw Burs Busch is a long-established manufacturer of dental rotary instruments, recognised worldwide for quality and dimensional accuracy. Their Dental Lab Diamond Disc & Saw Burs are manufactured with high-grade diamond abrasive particles bonded to precision steel blanks, ensuring aggressive yet controlled material removal. The diamond coating maintains cutting efficiency across extended use, reducing the need for frequent tool changes and helping laboratories maintain workflow efficiency. Applications and Materials Cutting and sectioning ceramic and zirconia restorations Separating metal frameworks and alloy castings Trimming and finishing composite and acrylic workpieces Slicing model plaster and investment materials Detail work on CAD/CAM-milled blocks and discs Key Features Diamond abrasive bonding: Ensures long-lasting sharpness and cutting consistency Precision dimensions: Manufactured to tight tolerances for predictable results Range of sizes and grits: Multiple disc diameters and saw configurations available to suit varied lab tasks Compatible with standard lab handpieces: Suitable for use with straight and contra-angle laboratory motors FAQ What materials can Dental Lab Diamond Disc & Saw Burs cut effectively? These burs are suited for ceramics, zirconia, metal alloys, composites, acrylics, and plaster/investment materials commonly encountered in dental laboratory work. Are these instruments compatible with standard lab handpieces? Yes. Busch diamond discs and saw burs are designed to fit standard straight and contra-angle