Kyocera
Kyocera TNMG333 HQ TN60 Cermet Turning Insert (10 Pack)
Kyocera TNMG333 HQ TN60 Cermet Turning Insert (10 Pack)
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Kyocera TNMG333 HQ TN60 Cermet Turning Insert (10 Pack)
High-performance TNMG333HQ cermet insert with TN60 grade.
Built for reliable precision turning applications, the TNMG333HQ with Kyocera’s TN60 grade delivers excellent surface finish, low cutting resistance, and stable dimensional accuracy in finishing to light cutting conditions. Ideal for machining carbon steel, alloy steel, and free-cutting steel components where smooth surface quality and predictable insert life are important.
The HQ chipbreaker is designed for general-purpose finishing and light machining, providing smooth chip flow and stable chip control. TN60 is an uncoated cermet grade optimized for steel turning, offering excellent resistance to built-up edge and producing a bright, consistent machined surface. Kyocera lists TN60 within its cermet grade range, while the HQ geometry is positioned for steel machining in the finishing-to-light cutting area.
-Genuine Kyocera Product
- In Stock – Ships from USA
- Pack of 10 Inserts
- Ships in 1 Business Day
Specifications
Manufacturer: Kyocera
Insert Style: TNMG333HQ
ISO Code: TNMG160412HQ
Grade: TN60
Chipbreaker: HQ
Application: Finishing to Light Cutting
Workpiece Material: Steel (P)
Insert Material: Cermet
Coating: Uncoated
Insert Shape: 60° Triangle
Corner Radius: 3/64"
Cutting Direction: Neutral
Quantity: 10 Inserts per Pack
Recommended For
- Precision steel turning
- Finishing and light machining
- Carbon steel and alloy steel components
- Free-cutting steel
- CNC lathes and turning centers
- Applications requiring excellent surface finish
- Continuous and stable cutting conditions
Why Choose TN60?
- Excellent surface finish in steel turning
- Strong resistance to built-up edge
- Low cutting resistance and smooth cutting action
- Stable dimensional accuracy during production machining
- Suitable for medium to higher cutting speeds
- Reliable performance in continuous finishing operations
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