SOLID CARBIDE ENDMILL DIA 20 X SH DIA 20 X CEL 38 X OAL 102 X 4 FLTS X 30 ° HELIX ANGLE
- Stock: 20
- Model Number: SCCREM20X38X102X20XTIALNXCR3
- Weight: 0.50kg
- Dimensions: 20.00mm x 38.00mm x 102.00mm
“SHIVMAC” Make
MAC2000ECO Grade - Solid Carbide Endmills - Corner Radius - 3 mm
Square End - 4 Fluted - TiAlN Coated
Model
No. : SCCREM20X38X102X20XTIALNXCR3
About The Endmill :
1. High
Performance Solid Carbide Endmill - Always One Step Ahead in competition.
2. Coated with
TiAlN Coating - The latest in recent PVD Coating Technology.
3. Universal
Geometry for all types of Metal Application –An all round performing grade.
4. Manufactured
with Edge Corner Protection - No worry for early corner chip off.
5. Helix Angle
30°
6. Made from
Ultrafine Grade of Solid Carbide Rods – K20
7. Flat Relief
Angles on cutting edges suitable for wide range of milling applications.
8. Newly
developed End Face Geometry for Long life Face Milling – Exclusively available
in “SHIVMAC” Endmills.
9. Manufactured
on Advanced & Latest 5 Axis CNC Tool & Cutter Grinding machine.
10. Hardness :: 55 hrc.
11. Suggested Speed & Feed ( Parameter
) – RPM=1100 & Feed=1056
mm/min
12. Suggested = Maximum Depth of Cut=
1.00 mm & Maximum Width of Cut = 10.0 mm
13. Diameter on Cutting Edges - Tolerance
is maintained as per h10 ( ISO286-2)
14. Flute Length & Over all length
Deviation is maintained between +/_ 2.00 mm
15. Diameter on Shank Length – Tolerance is
maintained as per h6 ( ISO286-2)
16. Ovality & Taper on Shank length is
maintained equal to or below than 0.002 mm
17. Tool measurement & analysis is randomly
done on “Zoller” for 10% production qty.
18. Single piece plastic box packing with
sponge along cutting edges to avoid transport breakage/chip off.
19. Un -Identical & Unique Tool number
Laser marked on each tool for correct traceability.
Cutting Diameter (d1) |
Cutting Length (l2) |
Over All length ( l1) |
Shank Diameter (d2) |
Number of Flutes |
Coating Type |
Corner Radius |
20.0 mm (h10) |
38 mm |
102 mm |
20 mm (h6) |
04 |
TiALN |
3.00 mm |