Error!

High-performance 90° shoulder mill for precise results

The MK90 AP07 shoulder mill represents a sophisticated tooling solution for the exact milling of 90° shoulders and edges. With diameters ranging from 32 mm to 50 mm and a maximum cutting depth of 6.4 mm, this cutter covers a wide spectrum of machining tasks. The integrated internal cooling directs the coolant straight to the cutting edges, which not only promotes efficient chip evacuation but also helps to thermally relieve the APKT 07... indexable inserts.

Technical data

  • Coolant supply: With cooling holes
  • Diameters (D): 32 mm to 50 mm
  • Number of teeth (Z): 8 to 12
  • Maximum cutting depth (ap max): 6.4 mm
Mill typ Side Mill 90°
Insert APKT 07... 
Packaging unit 1 Pc.

Dimensions of Shoulder Mill - MK90 AP07

Art. Nr. D d L ap max Z Insert Screw
MK90-AP07-D032-A16 Z08-H  2101281 32 16 35 6,4 8 APKT 07... IPM 1,8x4
MK90-AP07-D040-A16 Z10-H 2101282 40 16 40 6,4 10 APKT 07... IPM 1,8x4
MK90-AP07-D050-A22 Z12-H  2101283 50 22 40 6,4 12 APKT 07... IPM 1,8x4

Applications

The shoulder mills of the MK90 AP07 series are excellently coordinated for precise 90° shoulder milling in metalworking. Depending on the selected APKT 07... insert, they are suitable for the reliable machining of various materials in modern CNC manufacturing. Thanks to their compact, multi-tooth design, they are a dependable choice for applications that demand high feed rates and accurate edge finishing.

Special features

This tooling system stands out with its clear focus on productivity and dimensional accuracy. The provision of internal cooling holes delivers the cutting fluid directly to the working zone, ensuring that chips are consistently flushed out of the machining area. Furthermore, the fine pitch configuration, featuring up to twelve teeth on the 50 mm diameter version, ensures smooth running and consistent cutting behavior when processing complex workpiece contours.

2101281

Data sheet

Fräsplatte
AP07

Compatible products

16 other products in the same category: