Image may not accurately represent item color or size. Please order based on item name and description.
Why Choose Insync for your Dental Supplies?
-
Helpful Customer Service
-
15 day money back guarantee
-
Huge savings on retail prices
-
Thousands of products available
Foredom End Brush Steel Wire 9.5mm L 2.35mm
Each
Order regularly? Try Auto Order feature and let Insync Dental take care of your orders effortlessly for you!
Product Details
Description:
End brush-Steel Wire 9.5mm l 2.35mm is designed for technicians who need powerful, detailed abrasion for preparing and cleaning dental metal frameworks. The brush uses high-strength steel wire, offering aggressive cutting action essential for removing hard debris, thick oxide layers, and persistent investment material left from casting procedures. This makes it particularly suited for strong alloys like cobalt-chromium and nickel-chromium, as well as titanium structures. Its 9.5 mm brush length allows concentrated tip performance, enabling access to small, intricate prosthetic areas, including clasp undercuts, mesh retention zones, implant bar grooves, interproximal connector regions, and narrow embrasures. The 2.35 mm shank provides compatibility with common handpieces used in dental laboratories, ensuring reliable attachment and stable performance during both high- and low-speed operations. Steel-wire end brushes are essential in early-stage metal preparation, where heavy surface contamination needs to be removed quickly and efficiently. They are also used to refine casting margins, open retentive areas for acrylic bonding, clean soldered portions, and smooth irregular metal before proceeding to finer abrasion or polishing stages. Although aggressive, the compact size of the brush allows technicians to maintain good control and avoid unintended alterations to critical contours. Its durability ensures that the wire tips retain shape through multiple uses without excessive shedding. Overall, this steel-wire end brush is a dependable tool for high-power cleaning and finishing tasks, enhancing the accuracy and efficiency of metal-based restorative fabrication workflows.
Customer Reviews (0)