The CNMG160612-GH US735 is a premium 80 diamond-shaped negative carbide turning insert from Mitsubishi Materials, designed for medium to rough machining of stainless steel. Featuring the GH chipbreaker and US735 CVD-coated carbide grade, it provides excellent chip control, high wear resistance, and superior toughness. The double-sided design offers multiple usable cutting edges, making it a cost-effective solution for CNC lathes and high-production turning applications.
Technical Specifications
| Specification |
Details |
| Brand |
Mitsubishi Materials |
| Model |
CNMG160612-GH US735 |
| Product Type |
Indexable Turning Insert |
| Material |
Cemented Carbide |
| Grade |
US735 |
| Coating |
CVD Coated |
| Shape |
80 Diamond (Rhombic) |
| Insert Type |
Negative, Double-Sided |
| Chipbreaker |
GH |
| Hand |
Neutral |
| Inscribed Circle (IC) |
15.875 mm |
| Cutting Edge Length (L) |
16.12 mm |
| Thickness (S) |
6.35 mm |
| Corner Radius (RE) |
1.2 mm |
| Hole Diameter (D1) |
6.35 mm |
| Included Angle |
80 |
| Number of Cutting Edges |
8 |
| Mounting Style |
Screw Clamp |
| Weight (1 Piece) |
Approx. 18 g |
| Color |
Gold/Bronze (CVD Coated) |
| Pack Size |
Usually 10 Pieces |
Dimensions are based on the official Mitsubishi CNMG160612-GH US735 specification.
Features
- Premium cemented carbide substrate
- US735 CVD-coated grade for stainless steel machining
- GH chipbreaker for heavy cutting
- Double-sided design with 8 usable cutting edges
- Excellent wear resistance
- High heat and oxidation resistance
- Superior edge toughness
- Efficient chip control
- Stable machining performance
- Long tool life
- Suitable for continuous and interrupted cutting
- Compatible with ISO CNMG tool holders
Applications
- External Turning
- Internal Turning
- Facing
- Rough Turning
- Medium Turning
- Semi-Finishing
- CNC Turning
- General Metal Machining
Suitable Materials
- Stainless Steel
- Carbon Steel
- Alloy Steel
- Cast Iron
- Tool Steel
Advantages
- Excellent chip evacuation
- High wear resistance
- Long tool life
- Stable cutting performance
- Strong cutting edge
- Reduced tooling costs
- Superior machining efficiency
- High productivity
Corrosion Resistance
- Good corrosion resistance during storage
- Excellent oxidation resistance due to CVD coating
- High wear resistance under demanding machining conditions
- Suitable for dry and coolant-assisted machining
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