High-Performance 90° Shoulder Mill for Precise Machining
The MK90 AP11 shoulder mill is designed as a robust arbor-mounted tool for demanding metal cutting operations. Engineered with internal cooling holes, this milling tool supports consistent heat dissipation and reliable chip evacuation. Accommodating APKT 11 indexable inserts, the cutter provides a solid foundation for productive shoulder and face milling across various workpiece geometries. Machinists benefit from the exact 90° profile, which minimizes rework and promotes efficient workflows in manufacturing.
Technical data
- Cooling system: With internal cooling holes
- Mounting type: Arbor-mounted
- Machining application: Shoulder and face milling
| Mill type |
Side Mill 90° |
| Insert |
APKT 11... |
| Packaging unit |
1 Pc. |
Dimensions of Shoulder Mill - MK90 AP11
|
Art. Nr. |
D |
Z |
d |
L |
ap max |
Insert |
Screw |
| MK90-AP11-D040-A16 Z05-H |
2101241 |
40 |
5 |
16 |
40 |
10,5 |
APKT 11... |
M2,5x7 |
| MK90-AP11-D050-A22 Z06-H |
2101242 |
50 |
6 |
22 |
40 |
10,5 |
APKT 11... |
M2,5x7 |
| MK90-AP11-D063-A22 Z08-H |
2101243 |
63 |
8 |
22 |
40 |
10,5 |
APKT 11... |
M2,5x7 |
| MK90-AP11-D080-A27 Z10-H |
2101244 |
80 |
10 |
27 |
50 |
10,5 |
APKT 11... |
IPM 2,5x6,5T |
Applications
The MK90 AP11 is specifically developed for 90° shoulder and face milling tasks. It serves as a dependable tooling solution when true right-angled shoulders and flat surfaces are required. Thanks to the integrated cooling channels, it is highly suitable for continuous milling processes in steel and stainless steel, ensuring that chips are swiftly flushed away from the cutting zone.
Special features
This milling system stands out due to its integrated coolant supply and sturdy arbor design, which promote smooth machining even during deep cuts. The compatibility with standardized APKT 11 inserts offers great flexibility, allowing users to select appropriate cutting materials based on the specific workpiece. Furthermore, the generous maximum depth of cut of 10.5 mm facilitates high material removal rates.