MIL-TEC 10070 - HV10-1-1-8, 1.000" 90 Degree Indexable End Mill for HV10 Inserts, Weldon, Right Hand
MIL-TEC 10070 - HV10-1-1-8, 1.000" 90 Degree Indexable End Mill for HV10 Inserts, Weldon, Right Hand
Made In The USA
Brand: MIL-TEC
Use Insert #: HV10
Cutter Diameter: 1.000"
Shank Diameter: 1.000"
Need a different size, length or brand?
View Product Group Page- Versatile milling tool for a variety of materials
- Mulitple insert sizes for a variety of cutting depths
- End mill design and geometries helps mimic machine like a solid carbide end mill
Benefits
- Face Milling
- Slot Miling
- Shoulder Milling
- Ramp Milling
- Helical Milling (Circular Interpolation)
Applications
- Inserts have a positive relief angle
- Inserts available in multiple geometries and grades
- Versatile 90° approach angle.
Features
| Product Specifications | |
|---|---|
| Brand | MIL-TEC |
| Use Insert # | HV10 |
| Cutter Diameter | 1.000" |
| Shank Diameter | 1.000" |
| No. of Inserts | 1 |
| Maximum Depth of Cut | 0.950" |
| Overall Length | 4.500" |
| Hand | Right Hand |
| Coolant Use | NO |
| Insert Shape & Angle | 90° |
| Shank Type | Weldon |
| Series | HV10 High-Velocity |
| Accepts | HV10 |
| Cutting Angle | 90° |
| Application | Face Milling, Slotting, Shouldering, Ramping, Helical Milling (Circular Interpolation), & Plunging. |
| Arbor Hole Diameter | 90° |
| Cutting Diameter | 1" |
| Approach Angle | 90° |
| Designation | HV10-1-1-8 |
| Entry Angle | 90° |
| Lead Angle | 90° |
| Head Length | 4.500" |
| Reach_Inch | 2 |
| Model # | 10070 |
| Length of the Cuts | .950 |
| Length Underneath the Cone | .950" |
| Cutting Direction | RIGHT HAND |
| Prop. 65 | Yes |
| Weight | 1 lb. |
| No. of Teeth | 1 |
| Country of Origin | UNITED STATES OF AMERICA |
| Overall Length 2 | 4-1/2 |
| Reach | 2 |
| Shank | 1" |
| Type | HV10 Indexable High Velocity 90° Shoulder End Mills,Face Mills & Inserts |
Many metalworking products do contain metals that are included in the latest Prop 65 warning. Exposure to the elements can be harmful. May cause cancer and reproductive harm.
