Revolving Center MT3 High Carbon Steel 60 degrees to 30 degrees Morse Taper Turning Tool for Lathe

About this item

• Feature: 1. Reliable Work: Adopting deep grooves ball bearing, thrust ball bearing and needle roller bearing for smoother working. 2. High Accuracy: 60 degrees to 30 degrees Morse taper and extended long head spindle for higher accuracy, which is safe and reliable. 3. Better Design: Dustproof and waterproof sealing together with cemented carbide embedded head enables high efficiency. 4. Practical Use: Specially designed for high speed lathe and CNC lathe, for medium speed and light accuracy machining. 5. Good Material: The application of high hardness high speed steel material enables good durability against wearing. Specification: Item Type: Revolving Center Model: MT3B Shank Length: Approx. 85mm 3.35in Shank Diameter: Approx. 23.825mm 0.94in Body Length: Approx. 49mm 1.93in Body Diameter: Approx.54mm 2.13in Tip Length: Approx.45mm 1.77in Tip Diameter: Approx.24mm 0.94in Small Tip Diameter: Approx.10mm 0.39in Radial Overload: 2000N Accuracy: 0.005 Material: High Carbon Steel Taper: 60 degrees to 30 degrees Application: For CNC lathe medium speed and light accuracy machining. . Package List: 1 x Revolving Center Note: In thigh speed internal rotation, the lubricating oil is easy to evaporate, which will affect the rotation. Regular oil injection can reduce the bearing load and effectively protects the bearing. Reliable Work: Adopting deep grooves ball bearing, thrust ball bearing and needle roller bearing for smoother working. High Accuracy: 60 degrees to 30 degrees Morse taper and extended long head spindle for higher accuracy, which is safe and reliable. Better Design: Dustproof and waterproof sealing together with cemented carbide embedded head enables high efficiency. Practical Use: Specially designed for high speed lathe and CNC lathe, for medium speed and light accuracy machining. Good Material: The application of high hardness high speed steel material enables good durability against wearing.