Overview

The S20R-STUCL16 CNC internal boring bar tool holder is crafted for exceptional precision and durability in internal turning operations. With a 95° cutting edge angle and a 7° blade relief, this tool holder offers outstanding performance and extended tool life. Made from high-quality alloy steel, it features an S-type screw mechanism for secure blade attachment. Compatible with TCMT and TCMT3 blades, it is perfect for CNC machines and lathes, delivering versatility and reliability in every task.

Features and Specifications

• Model:  S20R-STUCL16
• 95° cutting edge angle and 7° relief angle.
• Material:  alloy steel
• Type: S-Type (Screw-type)
• Handle Diameter: 20mm
• Total Length: 200mm
• Cutting Blade Length: 16mm
• Screw Size: M4*10
• Wrench: T15
• Compatible Blades: TCMT16T304 TCMT16T308 TCMT1603T12 TCMT3(2.5)1 TCMT3(2.5)2 TCMT3(2.5)3

Package Includes:

• S20R-STUCL16 Tool Holder
• Compatible Screws, and Wrenches

Application:

The S20R-STUCL16 is designed for CNC machine tools and lathes, ideal for internal boring and turning tasks. It supports a variety of TCMT and TCMT3 blades, making it a versatile tool for different machining requirements.

BEYOND S20R-STUCL16  Internal Turning Tools Holder S20R STUCL16 STUCL 16 Boring Bar CNC Lathe Cutter Machine  Carbide Inserts TCMT16T3

• Enhanced Cutting Accuracy with 95° Edge Angle

• Robust Alloy Steel Construction for Long-Lasting Durability

• Versatile Compatibility with TCMT Blades for Various Applications

• Ideal for CNC Machines and Lathes

• S-Type Screw Mechanism for Secure Blade Installation

• User-Friendly Design with 20mm Handle and 200mm Length

5-Point Description:

1. 95° Cutting Edge Angle: Ideal for precise internal boring and turning.
2. 7° Blade Relief Angle: Minimizes tool wear and enhances cutting performance.
3. Alloy Steel Construction: Offers strength and durability for heavy-duty use.
4. Secure Blade Attachment: S-type screw mechanism ensures stability.
5. Ergonomic Design: 200mm length and 20mm handle diameter for comfortable operation.