• Features and Specifications

• Applications and Advantages

Features and Specifications:

• Tool Holder Type: CNC Boring Bar
• Material: Alloy Steel
• Handle Diameter: 20mm
• Total Length: 200mm
• Cutting Blade Length: 16mm
• Tool Cutting Edge Angle: 95°
• Relief Angle of Blade: 0°
• Locking System: Multi-lock (M-type)
• Includes: CTM511 Pin, HL1810 Clamp, ML0620 Screws, Wrenches L2.0 L3.0
• Compatible Inserts: TNMG160404, TNMG160408, TNMG160412, TNMG160416, TNMG331, TNMG332, TNMG333

Applications:

• Ideal for internal turning operations on CNC machine tools and lathes
• Suitable for both roughing and finishing tasks
• Used in boring bar setups for precision machining

Advantages:

• Provides secure and stable tool positioning
• Durable alloy steel construction for longevity
• Versatile compatibility with various TNMG carbide inserts
• Enhances productivity and accuracy in CNC machining
• Essential for achieving high-quality finishes in metalworking

5-point product description:

1. Precision CNC Boring Bar Holder: The S20R-MTFNL16 is a precision-engineered CNC boring bar holder designed for exceptional performance in CNC lathes and machining centers.

2. Durable Alloy Steel Construction: Crafted from high-quality alloy steel, this tool holder offers durability and reliability in demanding machining applications.

3. Optimized Design for Stability: Featuring a multi-lock system (M-type), the S20R-MTFNL16 ensures secure tool positioning and stability during machining operations, enhancing machining accuracy.

4. Versatile Compatibility: Compatible with a range of TNMG carbide inserts (TNMG160404, TNMG160408, TNMG160412, TNMG160416, TNMG331, TNMG332, TNMG333), it supports various cutting tasks from roughing to finishing.

5. Essential Tool for CNC Machining: Ideal for internal turning tasks, the S20R-MTFNL16 excels in both roughing and precision machining, making it indispensable for manufacturing industries requiring high-quality surface finishes and dimensional accuracy.

How to choose the right lathe tool holder：

1. Type of Operation: Determine whether you need the tool bar for turning, milling, boring, threading, or another specific machining operation.
2. Material: Consider the material you will be machining (e.g., steel, aluminum, titanium) as this influences the type of cutting tool and tool bar required.
3. Understand Tool Bar Specifications:Tool Holder Type: Different operations require specific tool holders (e.g., turning tool holders, milling tool holders, boring bars).
4. Size and Dimensions: Check the diameter of the tool bar and the length of the cutting blade.
5. Insert Compatibility: If using inserts, ensure they are compatible with the tool bar model and type. Check for availability of inserts suitable for your specific machining requirements.