AJX
High Feed Radius Milling Cutter
![AJX](https://data.mmc-carbide.com/9016/5899/0834/ajx_main_gl.png)
Cost Reduction with ultra high feed milling over a wide range of applications!
Features
Ultra High Feed Cutting
Employing a two-step straight cutting edge to form the lead angle α and β with a wiper edge, the AJX can achieve an extra high feed rate of up to 3.5mm/tooth for ultimate efficiency in rough machining.
![Features](https://data.mmc-carbide.com/8516/5823/2318/ajx_01-2_en-gl.png)
High Reliability Cutter Body
![](https://data.mmc-carbide.com/5916/5823/2321/ajx_02-2_en-gl.png)
Triangular insert shape is ideal for safe multi-functional milling
![](https://data.mmc-carbide.com/9116/5823/2323/ajx_03_en.png)
Selection Reference Table ( Cutting Edge Count and Cutting Conditions)
<Cutting Conditions> Workpiece Material: SCM440, Insert Grade: FH7020, Cutting Speed: 150 m / min. Protrusion amount is calculated based on the maximum value in the table for recommended conditions. Rounded down to the last two digits.
![](https://data.mmc-carbide.com/6716/5823/2347/ajx_12_en-gl.png)
PVD Coated Grade for Difficult-to-cut Materials
MP9140
MP9140 Has Excellent Welding Resistance Due to Smoothened Surface
![PVD Coated Grade for Difficult-to-cut Materials
MP9140](https://data.mmc-carbide.com/3716/5823/2326/ajx_04_en-gl.png)
Insert Grades for a Wide Range of Materials
Al-Ti-Cr-N base PVD Accumulated Coating
![Insert Grades for a Wide Range of Materials](https://data.mmc-carbide.com/8816/5823/2328/ajx_05_en-gl.png)
Excellent welding resistance due to low coefficient friction!
![](https://data.mmc-carbide.com/7716/5823/2331/ajx_06_en-gl.png)
TOUGH-Σ Technology
A fusion of the separate coating technologies; PVD and multilayering realises extra toughness.
PVD accumulated coating
![](https://data.mmc-carbide.com/1616/5823/2334/ajx_07-2_en-gl.png)
Wide Selection of Inserts
![Wide Selection of Inserts](https://data.mmc-carbide.com/7516/5823/2336/ajx_08-2_en-gl.png)
Cutting Performance
General Steel Machining
MP6120 Provides Superior Resistance to Thermal Cracking and Welding
![Cutting Performance](https://data.mmc-carbide.com/5416/5823/2340/ajx_09_en-gl.png)
Comparison of Fracture Resistance by Titanium Alloy Machining.
MP9140 achieved triple more tool life than conventional product B.
![](https://data.mmc-carbide.com/9716/5823/2345/ajx_11_en-gl.png)
Application Examples
![Application Examples](https://data.mmc-carbide.com/2016/5823/2342/ajx_10_en-gl.png)
Technical consultation from here
24/7Contact form