BEYOND S20R-SVJCL11 Internal Turning Tools Holder S20R SVJCL11 SVJCL 11 Boring Bar Holder Lathe SVJCL Carbide Inserts VCMT1103 VCMT110304

• S20R-SVJCL11 Information Overview

• Overview

Introducing the S20R-SVJCL11 Mechanical Lathe CNC Internal boring bar holder lathe, engineered for exceptional precision and versatility in CNC machining. With its specialized cutting edge angle and durable construction, this tool holder is perfect for a wide range of internal turning applications. Designed for compatibility with various carbide inserts, the S20R-SVJCL11 ensures optimal performance, making it an indispensable tool for any machine shop.

• Dimensions and Specifications of S20R-SVJCL11 Boring Bar Holder Lathe

• Features and Specifications

  • Model: S20R-SVJCL11
  • Package Includes: S20R-SVJCL11 Tool Holder and compatible Screws, and Wrenches
  • 3° cutting edge angle and 7° relief angle.
  • Material:  alloy steel
  • Type: S-Type (Screw-type)
  • Handle Diameter: 20mm
  • Total Length: 200mm
  • Cutting Blade Length: 11mm
  • Screw Size: M2.5*7
  • Wrench: T8
  • Compatible Blades: VCMT110302 VCMT110304 VCMT110308 VCMT220 VCMT221 VCMT222

• 5-Point Description

1. Precision Cutting Design: The S20R-SVJCL11 features a cutting edge angle of 3° with a relief angle of 7°, ensuring accurate and efficient internal boring operations.
2. Robust Alloy Steel: Constructed from high-quality alloy steel, this tool holder offers remarkable strength and durability, built to withstand demanding machining tasks.
3. Wide Compatibility: Compatible with a variety of carbide inserts, including VCMT110302 and VCMT110304, allowing for flexibility across different machining applications.
4. Screw-Type Stability: The S-type (screw-type) design with M2.5*7 screws provides a secure hold, while the included T8 wrench ensures easy adjustments for optimal performance.
5. Optimized Dimensions: With a handle diameter of 20mm, total length of 200mm, and a cutting blade length of 11mm, this tool holder is perfectly engineered for efficient machining.