HSS-CO METAL DRILL BIT 10.2 MM

Discover the reliable HSS-Co metal drill bit with a diameter of 10.2 mm, ideal for precise and demanding work. Made of high-quality M35 steel with an addition of 5% cobalt, it guarantees exceptional durability and resistance to high temperatures. This tool can handle even the most difficult tasks, ensuring clean and accurate drilling in a variety of materials.

• Made of M35 steel with 5% cobalt addition for increased strength
• Deeply ground according to DIN 338
• 135° point angle with C-grind for easier drilling start
• Cylindrical shank for secure mounting in the drill
• Designed for drilling in stainless, acid-resistant and heat-resistant steel
• Working part length 87 mm, total length 133 mm

The HSS-Co metal drill bit from NEO TOOLS is synonymous with reliability and precision. Manufactured with attention to every detail, it meets the highest quality standards. M35 steel with cobalt addition provides exceptional abrasion resistance and high temperature resistance, which translates into a longer tool life. This makes the drill ideal for professional workshops as well as for home use.

The 135° point angle with C-grind facilitates the start of drilling, minimizing the risk of the drill slipping on the material surface. The cylindrical shank guarantees secure mounting in the drill, which translates into greater precision and safety at work. The drill is designed for drilling in demanding materials such as stainless, acid-resistant and heat-resistant steel, making it a versatile tool in every workshop.

The NEO TOOLS brand is a guarantee of high quality and innovative solutions. The products of this brand are designed for professionals who value the reliability and durability of tools. The HSS-Co metal drill bit 10.2 mm is an excellent example of the combination of modern technology and high-quality materials, which translates into efficiency and comfort at work.

Maximum rotational speeds for this drill are: INOX 350-390 rpm, general metals 700-780 rpm. This allows you to adjust the drilling parameters to the specific material, which ensures optimal results and minimizes the risk of tool damage.