16ER 3.0ISO TC GM3225 ISCAR Carbide Threading Insert for CNC External Thread Turning CNC cutting tools Carbide tools CNC milling tools
16ER 3.0ISO TC GM3225 Carbide Threading Insert for CNC External Threading Applications
Product Overview
The 16ER 3.0ISO TC GM3225 is a high-performance carbide threading insert designed for CNC external threading applications. Featuring durable GM3225 grade technology and precision ISO thread profile geometry, this insert delivers stable cutting performance, excellent wear resistance, and reliable thread machining consistency in demanding production environments.
Designed for external ISO thread machining, it provides precise thread profiles, smooth chip control, and long service life, making it suitable for continuous CNC threading operations.
Key Features
- GM3225 grade technology for enhanced wear resistance and machining stability
- Precision ISO thread profile for accurate external threading operations
- Optimized cutting geometry for smooth chip evacuation and stable cutting
- Precision cutting edge for consistent thread accuracy and surface quality
- Long service life suitable for continuous CNC threading applications
Workpiece Materials
- Carbon steel
- Alloy steel
- Stainless steel
- General metal materials
Typical Applications
- External threading
- ISO thread machining
- CNC lathe threading operations
- Precision thread cutting
Technical Specifications
| Model | 16ER 3.0ISO TC |
|---|---|
| Grade | GM3225 |
| Material | Carbide |
| Insert Type | Threading insert |
| Thread Standard | ISO |
| Thread Pitch | 3.0 mm |
| Thread Direction | External thread (ER) |
| Coating | CVD/PVD coated |
| Application | Steel and stainless steel machining |
| Process Type | Thread machining |
Why Choose 16ER 3.0ISO TC GM3225?
The 16ER 3.0ISO TC GM3225 combines durable carbide substrate technology with precision thread geometry to provide stable machining performance, accurate thread profiles, and long tool life. It is an ideal solution for CNC threading applications requiring consistent thread quality, machining stability, and reliable productivity.
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