Easy choice
for optimized production
The new ISO S insert geometries are designed to handle depths of cut from 0.2 to 10 mm (0.008 to 0.393 inch) with excellent chip control and low tool pressure.
| Inserts | Double-sided T-Max® P inserts |
| Insert styles | S, C, D, T, V, W |
| Nose radii | 0.4 – 1.6 mm |
| Insert grades | GC1105, GC1115, GC1125, GC2025,
S05F, H13A |
| |
Light roughing with –SMR
Applications
- Medium to light roughing
- Continuous, interrupted and demanding cuts
- Forged and cast skin
Features and benefits
- Security
- Highest edge line toughness
- Chip control
- High feed rate capacity
| |
|
|
Semi finishing with –SM
Applications
- First choice geometry
- Semi-finish to medium turning
Features and benefits
- Reliable production
- Sharp edge line
- Chip control
- Long length of cut, SCL (Spiral Cutting Length)
| |
|
|
Finishing with -SF
Applications
- Finish to semi-finish machining
- When chip control is needed
Features and benefits
- Chip-breaking geometry
- Process security
- Sharp edge line
- Low tool pressure
- Long length of cut, SCL (Spiral Cutting Length)
| |
|
|
Finishing with –SGF
Applications
- Finish to semi-finish turning with highest accuracy and lowest tool pressure
Features and benefits
- Periphery ground with sharpest edge line
- Extreme accuracy
- Lowest tool pressure
- Chip control
- Highest quality surface integrity
| |
|
|
|
Stronger geometries for larger depths of cut
For heavier roughing, insert size is more important to handle higher loads, interruptions and uneven, hard skin. Geometries are strengthened as the insert size grows. Security and productivity are guaranteed. |
Light roughing with –SM
Applications
- First choice for titanium alloys
- Geometry for light roughing in HRSA
- Continuous and interrupted cuts
- Large depths of cut
- High feed rates
| |
Features and benefits
- Strong cutting edge
- Outstanding performance in titanium alloys
- Chip control
- Higher productivity with fewer passes
|
|
Roughing with –SMR
Applications
- Universal geometry for roughing
- High feed roughing in titanium
- Interrupted cuts and demanding continuous operations
Features and benefits | |
- Secure performance
- Strong cutting edge
- Chip control
- Higher productivity with fewer passes
- Low noise level also at high feed rates
|
|
|
|