Foredom Carbide Bur Inverted Cone 1.6mm 2.35mm Shank

Description:

The Carbide Bur Inverted Cone 1.6 mm with a 2.35 mm shank is engineered for specialized contouring and undercut creation in dental laboratory procedures. Constructed from high-grade carbide, the bur delivers exceptional durability, cutting efficiency, and precision, making it a preferred tool for technicians who need to create detailed and structurally accurate modifications. Its inverted cone geometry is specifically designed to produce controlled undercuts, retention grooves, and mechanical locking features used in the fabrication of various dental appliances. This makes it ideal for shaping internal surfaces of provisional crowns, refining clasp areas in removable prosthetics, preparing sections for attachment components, and adjusting resin frameworks prior to processing. The 1.6 mm head size allows for fine detailing while still offering sufficient cutting surface to remove material effectively. The sharp carbide edges maintain long-lasting performance, enabling technicians to perform consistent, predictable shaping without excessive pressure or risk of fractures in brittle materials. The bur works exceptionally well on acrylic resins, pattern wax, composite blocks, and certain softer metal alloys. With its 2.35 mm shank, the bur fits securely into standard laboratory handpieces and micromotors. Its balanced construction ensures smooth rotational movement, minimizing vibration and improving operator control. This stability is essential when performing delicate shaping tasks that require precision and accuracy. Whether used to create retention features on appliance interiors, refine the margins of splints, form internal relief channels, or contour structural elements of removable prosthetics, the Carbide Bur Inverted Cone provides reliable, repeatable results. Its combination of strength, geometry, and cutting efficiency makes it a key instrument for laboratories focused on producing well-fitting, anatomically accurate restorations.