ZCC-CT KIT1-EMP13-11-03 - 3.000" - 90 Degree Square Shouldering Indexable Face Mill Set with Inserts, Right Hand
ZCC-CT KIT1-EMP13-11-03 - 3.000" - 90 Degree Square Shouldering Indexable Face Mill Set with Inserts, Right Hand
Item #: 23-200-034 
Brand: ZCC-CT
Use Insert #: ANGX1506
Cutter Diameter: 3.000"
Arbor Hole Diameter: 1.000"
Need a different size, length or brand?
View Product Group Page- Decreases your cost per edge with four cornered ANGX inserts
- Inserts are negative for strong cutting edge.
- Screw on system for less chip interference.
- Positive rake angle reduced cutting forces.
- PVD coated cutter bodies for superior corrosion & heat resistance.
- Suitable for multiple materials.
Benefits
- FACE MILLING
- SLOTTING
- SHOULDER MILLING
Applications
- Utilizes four cornered ANGX insert
- Two insert sizes, ANGX1105 & ANGX1506
- 90° approach angle allows for shoulder milling.
- 0° negative relief angle for insert strength and durability.
- Very strong and durable face mills.
- Simple screw clamping.
- Inserts available in multiple grades.
Features
Includes
(1) EMP13-3.00"-A1.00"-AN15-06C & (10) ANGX150608PNR-GM YBG205| Product Specifications | |
|---|---|
| Brand | ZCC-CT |
| Use Insert # | ANGX1506 |
| Cutter Diameter | 3.000" |
| Arbor Hole Diameter | 1.000" |
| No. of Inserts | 6 |
| Holder | EMP13-3.00"-A1.00"-AN15-06C |
| Insert # | ANGX150608PNR-GM YBG205 |
| Maximum Depth of Cut | 0.571" |
| Coolant Use | No |
| Hand | Right Hand |
| Series | EMP13 |
| Accepts | ANGX1506 |
| Application | Face Milling, Slotting, & Shouldering |
| Approach Angle | 90° |
| Designation | EMP13-3.00"-A1.00"-AN15-06C-GMYBG205 |
| Model # | KIT1-EMP13-11-03 |
| Overall Height | 2.000" |
| Prop. 65 | Yes |
| Use Torx Screw # | I60M4X12 |
| Use Torx Wrench # | T-15 |
| Weight | 3.766 lbs. |
| Country of Origin | Import |
| Shipping Restrictions | UPS SHIP (DROP SHIP ITEM) |
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.
