DEBURRING TOOL FOR DRILLS: Designed to provide smooth finishes with minimal vibration, this deburring cutter attaches to a drill or screwdriver to work on threaded rods and tubes with diameters from 9/32" to 7/8".
VERSATILE APPLICATIONS: This deburring tool allows for progressive chamfering without burrs and smooth surfaces on threaded rods and tubes made of metal (including copper) and plastic.
ROBUST AND DURABLE: Equipped with HCS carbon steel teeth, the 3-flute head of this cutter ensures a longer lifespan and exceptional performance for all your deburring work.
QUICK CHANGE SYSTEM: The 6.35 mm hex shank with quick-change capability makes it easy to install and remove the tool, allowing you to maximize your time on DIY and finishing tasks.
THE GUARANTEE OF SUCCESS: Tivoly Developed By Peugeot is a brand based in Vermont, USA, that has been designing cutting tools, portable electrical accessories and tools for professionals and consumers since 1917.
Description
"The French brand Tivoly stands out for its expertise and innovation in the design and manufacture of DIY tools and accessories. Tivoly has been combining traditional know-how and cutting-edge technology for over 100 years to offer quality products to both private and professional customers. Its close collaboration with Peugeot demonstrates its commitment to technical excellence and performance. Tivoly is also committed to environmental protection, favoring sustainable manufacturing practices and the use of recyclable materials wherever possible. The brand strives to ensure customer satisfaction at all times, providing tailor-made solutions for all their DIY and construction needs. This deburring cutter is an essential tool for demanding DIY enthusiasts who want to achieve clean, neat finishes. Its design with a quick-change hex shank compliant with DIN 3126 E6.3 allows it to be fitted quickly and easily to a drill or screw gun. Its HCS carbon steel blade ensures precise cutting and enhanced durability, while the 3-cutting edge head guarantees perfect distribution of cutting forces and an impeccable surface finish."