Foredom Double Side Diamond Disc.35mm T 1.6mm Ah19mm D

Description:

The Double Side Diamond Disc.35mm t 1.6mm AH 19mm D is engineered for dental professionals who require maximum reach, large-surface coverage, and strong cutting capability. Its substantial 35mm diameter makes it one of the most effective discs for working on extensive restorative surfaces, full prosthetic components, and large laboratory materials. Whether used for adjusting denture bases, shaping frameworks, or refining ceramic and composite structures, this disc provides powerful and precise performance. The disc is coated on both sides with fine diamond abrasive, ensuring highly efficient removal of tough materials. Double-sided coating not only saves chairside or laboratory time but also increases working flexibility, enabling users to maneuver freely without needing to reposition the disc frequently. The 1.6mm thickness reinforces structural strength, significantly reducing the chance of bending, vibration, or disc wobble during high-speed rotation. Its 19mm arbor hole provides strong and stable mandrel attachment, supporting smooth, consistent cutting motion. This makes the disc especially valuable for technicians handling large prosthetic frameworks or dentists performing substantial contouring tasks. The large cutting radius offers enhanced visibility and improved control, allowing for accurate trimming along wide surfaces. Dental laboratories benefit from its ability to shape acrylic denture bases, refine cast partial frameworks, adjust zirconia or ceramic blocks, and smooth provisional appliances. Clinicians may also use it for sectioning, crown removal, or shaping occlusal appliances requiring broad and even modification. Despite its size, the disc maintains excellent balance, producing minimal heat and reducing the risk of microcracks. Its durable diamond layering ensures a long working lifespan with consistent cutting quality throughout use. The Double Side Diamond Disc.35mm t 1.6mm AH 19mm D remains a top-choice instrument for high-precision, large-scale dental material processing.