3MT Taper, 0.35 to 1.83" Point Diam, Hardened Tool Steel Lathe Bell Head Point MPN:00331

Introducing our precision Lathe Bell Head Point made from hardened tool steel for unparalleled durability and accuracy. Designed to fit 3MT live centers, this point offers a wide range of adjustability with diameters between 0.35 and 1.83, making it perfect for any machining job. Its bell head style provides enhanced support during boring operations while minimizing chip buildup on the tool face. Our Lathe Bell Head Point is ideal for applications in metalworking, woodworking, and engineering industries where precision and accuracy are of utmost importance. Upgrade your machinery with this versatile and reliable tool today!

Top product features:

• Wide range of adjustability Users can easily set the point diameter to any value between 0.35 and 1.83 inches according to their needs, ensuring greater precision during boring operations.
• Compatibility with live centers This point is specifically designed for use with live centers, providing better support while reducing chip buildup on the tool face.
• Hardened tool steel construction Made from durable and sturdy hardened tool steel, this precision point offers unparalleled strength and longevity, ensuring years of reliable service even under heavy-duty conditions.

Top product applications:

• Precision boring in metalworking and engineering industries This precision Lathe Bell Head Point is ideal for creating accurate holes or shafts in various materials using a lathe machine, ensuring consistent dimensions and tolerances.
• Tool room applications As an essential tool in tool rooms, this point can be used to deburr, mark, and ream various materials with high accuracy, making it perfect for both prototyping and small-scale production environments.
• Fixture making With its adjustable diameter and compatibility with live centers, this precision point can be used to create accurate fixtures for holding or locating parts during machining operations, simplifying the process and increasing efficiency.