T&O - 5.0" RPMT1204M0 Face Mill, 5.000" Round Insert Indexable Face Mill for RPMT1204M0 Inserts, Right Hand
T&O - 5.0" RPMT1204M0 Face Mill, 5.000" Round Insert Indexable Face Mill for RPMT1204M0 Inserts, Right Hand
Item #: 24-521-454 
Brand: T&O
Use Insert #: RPMT1204M0
Cutter Diameter: 5.000"
Arbor Hole Diameter: 1.500"
Need a different size, length or brand?
View Product Group Page- Round inserts provide higher metal removal rates with chip thinning.
- Round insert design is great for profiling milling with strong round shape
- Ideal for rough milling, mold work or profile milling
- Accepts industry standard RPMT1204M0 inserts
- 11° relief angle to reduce tool pressure and rake angles for smoother cutting
- Screw on system for less chip interference
- Coolant thru system allows for better chip evacuation and longer tool life with less heat
- Availabe in individual end mill sets with inserts, mulit piece sets, & multi piece sets with inserts
Benefits
- Face Milling
- Profile Milling (copy milling)
- Ramp Milling
- Helical milling (circular interpolation).
Applications
- Utilizes reliable ISO standard RPMT1204M0 inserts.
- Strong round insert design
- 11° relief angle for reduced tool pressure.
- Coolant thru capable
- Simple screw clamping
- Very strong and durable face mills
- Suitable for multiple all materials
Features
| Product Specifications | |
|---|---|
| Brand | T&O |
| Use Insert # | RPMT1204M0 |
| Cutter Diameter | 5.000" |
| Arbor Hole Diameter | 1.500" |
| No. of Inserts | 7 |
| Maximum Depth of Cut | 0.236" |
| Overall Height | 2.480" |
| Hand | Right Hand |
| Accepts | RPMT1204M0 |
| Application | Face Milling, Slotting, Shouldering, Ramping, & Helical Milling (Circular Interpolation). |
| Cutting Diameter | 5.000" |
| Designation | 5.0" RPMT1204M0 Face Mill |
| Model # | 24-521-454 |
| Prop. 65 | Yes |
| Weight | 7.31 lbs. |
| Country of Origin | SPAIN |
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.
