Milling Insert, ACP200 Grade, Carbide
- Zoro #: G0595213
- Mfr #: SNMT1205ZNEN-G-ACP200
$12.29
/ea
Order in multiples of 10
- No. of Edges: 8
- Item: Square Milling Insert
- Mounting Style: Screw-On
Sumitomo #SNMT1205ZNEN-G-ACP200 Specifications
| |
No. of Edges: 8 | Item: Square Milling Insert |
Mounting Style: Screw-On | Stainless (M) Compatibility: No |
Chip-Breaker: Yes | Insert Shape: Square |
Coating: PVD | Workpiece Compatibility: Steel (P) |
Insert Style: SNMT | Cast Iron (K) Compatibility: No |
Insert Application: Medium | Rake: -5 Degrees Axial, -6 Degrees Radial |
Lead Angle: 25 Degrees | ANSI Number: SNMT1205ZNEN-G-ACP200 |
Hardened (H) Compatibility: No | Grade: ACP200 |
Steel (P) Compatibility: Yes | Cutting Direction: Neutral |
Insert Size: 1205 | Non Ferrous (N) Compatibility: No |
Insert Thickness: 0.270" | Insert Material: Carbide |
For Use With: Milling Cutters | Inscribed Circle: 1/2 in |
Super Alloy (S) Compatibility: No | ISO Number: SNMT1205ZNEN-G-ACP200 |
Chip-Breaker Code: G | Insert Holding Type: Screw-On |
Measurement System: Fractional Inch | Secondary Material Application ISO Code: M |
Material - Machining: Carbide | Number of Cutting Edges: 8 |
Primary Material Application ISO Code: P | Hole Type: Countersink Hole |
Wiper Insert: Yes | Depth of Cut: 0.3140 in |
Coating Process: PVD | ANSI Code: SNMT1205ZNEN-G-ACP200 |
Primary Material Application: Steel | Finish - Machining: TiAlN+AlCrN |
Manufacturer Grade: ACP200 | For Toolholder: DNX43000R, DNX44000R, DNX44000R-1.50, DNX45000R, DNX46000R, DNX48000R, DNXF43000R, DNXF44000R, DNXF45000R, DNXF46000R, DNXF48000R |
Included Angle: 90 Degrees | Secondary Material Application: Stainless Steel |
Shape: Square | Clearance Angle: 0 Degrees |
Cutting Edge Length: 1/2 in | Chip-Breaker Style: On One Side |
Cutting Application: Milling | Features: Balance of Fracture and Wear Resistance |
Thickness: 0.270 in | Country of Origin (subject to change): Japan |
Description
Square Milling Insert, Inscribed Circle 1/2 in, Rake -5 Degrees Axial, -6 Degrees Radial