Foredom Double Side Diamond Disc.25mm T 1.6mm Ah 24mm D

Description:

Double Side Diamond Disc 25mm t 1.6mm AH 24mm D is a versatile and durable dental laboratory disc developed to meet the rigorous demands of restorative production. With its balanced 25 mm diameter, it offers a perfect compromise between compact precision and adequate working surface area, making it suitable for both intricate detailing and general trimming procedures. The disc features premium diamond abrasives bonded to both surfaces, delivering consistent, smooth cutting action regardless of orientation. This dual-sided configuration enhances workflow efficiency, eliminating the need to reposition restoration components during trimming or contouring tasks. The 1.6 mm thick core ensures robust structural integrity, minimizing vibration and improving control�a key factor when shaping fragile ceramic or zirconia restorations. Designed with an AH 24 mm arbor hole, the disc securely fits standard dental laboratory mandrels and handpieces. Its strength and durability support heavy-duty use with cast metal frameworks, cobalt-chromium alloys, and thick polymeric appliance materials, while also providing the precision required for margin finishing, ceramic adjustments, and veneer contouring. The diamond grit distribution promotes optimal heat dissipation, reducing the risk of micro-cracks or thermal damage, especially critical when working on high-strength ceramics. Its advanced abrasive technology maintains sharpness over extended use, reducing replacement frequency and improving overall laboratory productivity. Technicians rely on this disc for tasks such as sectioning metal sprues, trimming denture flanges, shaping occlusal anatomy, refining margins, adjusting full-arch zirconia bridges, and modifying orthodontic appliances. Its performance consistently contributes to producing accurate, functional, and aesthetically refined restorations. The Double Side Diamond Disc 25mm t 1.6mm AH 24mm D is an essential tool in modern dental labs, delivering reliability, precision, and efficiency across diverse material applications.