ML7 Super 7 Lathe Revolving Live Center with Self Centering Chuck Threaded Lathe Tailstock Live Center

Use of the Product

A chuck and revolving centre are used to secure and stabilise a workpiece from both ends during rotation, ensuring accurate alignment and reducing runout for precise machining operations.

ML7 Super 7 Lathe Revolving Live Centre with Chuck of Diameter 50 mm, 65 mm and 70 mm - Tailstock MT2 Shank and MT3 Shank in M12 x 1 & M14 x 1 Thread, High Precision

Key Features & Description:

• Precision Crafted for ML7 Super 7 Lathe: Designed specifically for ML7 Super 7 lathes, this high-precision revolving live centre boasts a runout within 0.01 mm, ensuring top-notch accuracy for your lathe applications.
• Shank with Thread: The revolving live centre is equipped with an MT2 shank and M14 x 1 thread, compatible with the tailstock of your lathe for secure, seamless attachment.
• Includes Self-Centring Chuck: Comes with a self-centring chuck, which ensures precise alignment of your workpieces. The chuck body is made of durable cast iron, while the jaws are crafted from hard tool steel for extended wear resistance.
• Hardened Threaded Portion: The threaded portion of the revolving centre is hardened to 40-42 HRC, delivering long-lasting durability and resistance to wear, even under heavy use.
• EN8D Tool Steel Body: The body of the revolving live centre is manufactured from EN8D grade tool steel, offering high strength and impact resistance essential for demanding machining tasks.
• Optimised Bearing Design: Equipped with 2 ball bearings and 1 taper bearing, this live centre is built to handle radial thrust effectively, ensuring smooth and reliable performance.
  
  

Applications:

Ideal for hobbyists, professionals, and machinists looking for high accuracy and stability in turning applications. This revolving live centre is a perfect addition to any ML7 Super 7 lathe setup, providing outstanding reliability for intricate and precision-driven tasks.

Package Includes: 1 x ML7 Super 7 Lathe Revolving Live Centre with Self-Centring Chuck