Multi-purpose A&m Instruments Single Patient Use Fg Diamond Dental Bur 1.4mm Extra Long Gingival Curettage - S1 Collection [Pr1fwosY]

A&M Instruments Single-Patient Use FG Diamond Dental Bur 1.4mm Extra Long Gingival Curettage

The A&M Instruments Single-Patient Use FG Diamond Dental Bur is designed to meet the precise needs of dental professionals. Crafted with Swiss precision, this extra-long gingival curettage bur, with a 1.4mm diameter, offers unparalleled performance and efficiency. Its unique design features a head length of 9.5mm and an overall bur length of 22mm, making it ideal for delicate and precise dental procedures. This bur is perfect for air-powered, high-speed dental handpieces, ensuring a smooth and efficient cutting experience.

Product Specifications and Technical Details

The A&M Instruments S1 FG Diamond Dental Bur boasts a shank diameter of 1.6mm and is capable of reaching ISO max speeds of 450,000 RPM. The bur is available in both medium and coarse grit options, with new ISO numbers 806 314 299 524 014 for medium and 806 314 299 534 015 for coarse. This product is made with the highest concentricity in Swiss machining, ensuring superior quality and reliability. The multiple layers of premium quality diamonds used in its construction provide smooth, efficient cutting and significant heat reduction, ultimately leading to faster operation times and reduced stress on the bur.

Practical Applications and Benefits

The A&M Instruments Single-Patient Use FG Diamond Dental Bur is an essential tool for dental professionals seeking to enhance their workflow. Its single-patient-use design ensures maximum hygiene and safety, eliminating the risk of cross-contamination. The bur's extra-long design allows for greater reach and precision in difficult-to-access areas. With its wide range of specifications and sizes, this bur is suitable for a variety of dental procedures, including gingival curettage, endodontic procedures, and periodontal treatments. By investing in this high-quality, Swiss-made dental bur, professionals can expect significant savings in operation time and improved patient outcomes.