BEYOND SRACL2020K16 SRACL2020 K16 SRACL2020 External Turning Tools Holder SRACL2020K16 CNC Lathe Cutting Shank SRACL Carbide Inserts RCMT 

• SRACL2020K16 External Tool Holder – Precision Tooling for CNC Excellence

• Overview

Introducing the SRACL2020K16 External Tool Holder – a perfect blend of precision and reliability for CNC machining. Featuring a blade relief angle of 7°, this tool holder is designed to enhance the performance of your CNC machines, lathes, and machining centers. The S-type screw clamping system ensures secure tool retention, providing stability and reducing vibration during operation. With compatibility for RCMT1606MO blades, the SRACL2020K16 is the ideal solution for those seeking efficiency and accuracy in their machining processes.

• • Model:SRACL2020K16
  • Package Includes: SRACL2020K16  External Lathe Turn Tool holder and compatible  Screws, and Wrenches
  •  7° relief angle.
  • Type: S-Type (Screw Clamping System)
  • Shank width: 20mm
  • Shank length: 20mm
  • Total Length: 125mm
  • Screw: M4*10
  • Wrench: T15
  • Compatible Blades: RCMT1606MO

• Elevate Your CNC Machining with the SRACL2020K16 Tool Holder

• 5-Point Description

1. Enhanced Precision: The SRACL2020K16 features a 7° blade relief angle, ensuring improved cutting performance and accuracy for all your machining tasks.

2. Durable Construction: Made from high-quality materials, this external cylindrical tool holder is built to withstand the rigors of CNC machining, ensuring long-lasting reliability.

3. Versatile Compatibility: Specifically designed to accommodate RCMT1606MO blades, this tool holder provides versatility and adaptability for various machining applications.

4. Secure Tool Retention: The S-type screw clamping system offers a secure hold on cutting tools, minimizing vibration and maximizing stability during operation.

5. Compact and Convenient Design: With a shank width and length of 20mm and a total length of 125mm, the SRACL2020K16 is easy to handle and install, enhancing workflow efficiency in any machining environment.