BEYOND S20R-STUPR11 Internal Turning Tools Holder S20R STUPR11 STUPR 11 Boring Bar CNC Lathe Cutter Machine STUPR Carbide Inserts TPMT1103 TPMT110304

• High-Performance CNC Lathe Tool Holder with 95° Cutting Edge Angle

• Durable Alloy Steel Internal Boring Bar with Optimal Blade Relief Angle

• Versatile Tool Holder for Precision Internal Turning and Boring

• Enhanced Cutting Efficiency with 95° Cutting Edge Angle

• Reliable Alloy Steel Construction for Long-Lasting Use

• Screw-Type Design with M3*8 Screw for Secure Blade Installation

Overview

The S20R-STUPR11 Internal Boring Bar Tool Holder is engineered for exceptional precision and durability in CNC machining. With a 95° cutting edge angle and an 11° relief angle, it delivers superior performance and tool longevity. Constructed from robust alloy steel, this tool holder features a 20mm handle diameter and a total length of 200mm, ensuring excellent stability and control.

Features and Specifications

• Model: S20R-STUPR11
• 95° cutting edge angle and 11° relief angle.
• Material:  alloy steel
• Type: S-Type (Screw-type)
• Handle Diameter: 20mm
• Total Length: 200mm
• Cutting Blade Length: 11mm
• Screw Size: M3*8
• Wrench: T8
• Compatible Blades: TPMT110302 TPMT110304

Package Includes:

• S20R-STUPR11 Tool Holder
• Compatible Screws, and Wrenches

Application:

• CNC Lathe Machines
• Boring Machines
• Internal Turning Operations
• Precision Boring Bar Setups

Five-Point Description:

1. Precision Cutting: The 95° cutting edge angle and 11° relief angle deliver precise and efficient internal turning and boring.
2. Durable Construction: Made from high-quality alloy steel, ensuring long-lasting performance and resistance to wear.
3. Versatile Application: Ideal for use with CNC lathes and boring machines, suitable for a variety of machining tasks.
4. Secure Blade Installation: Features an S-type screw design with M3*8 screws for a stable and secure blade mount.
5. Enhanced Control: The 20mm diameter handle and 200mm total length provide optimal control and maneuverability.