No external computer needed
Every operation is carried out from the 15 inch touchscreen control panel. The student learns one interface and works with the machine directly.
APPLICATIONS / EDUCATION AND UNIVERSITIES
Education and University
Let students see the part they designed actually being made.
01 / A CLOSER LOOK AT YOUR WORK
The best way to learn is to make
One of the best ways to learn CNC technology is to see the designed part actually being made. In fields such as engineering, design, robotics and mechatronics, REVO MATE lets students turn the designs they prepare in CAD into real parts.
Students then experience not only how a CNC mill is operated, but the whole of production, from design to toolpath and from machining to measurement.
Which parts are machined
- Student projects designed in CAD
- Engineering and design coursework
- Robotics and mechatronics parts
- Final year project components
- Toolpath and machining process exercises
Widely used CAD/CAM software
Compatible with software such as Autodesk Fusion, SolidCAM, Mastercam, PowerMill, Aspire and Artcam. Manual programming is also supported.
Training material comes with the machine
The documents and videos needed for panel training are supplied with the machine. On request, one to one training can also be given at your site.
THE MATE FAMILYLet’s choose the right model
Compare modelsLet’s choose the right model
for your work.
01 / MATECNC
MATE 200
Close to the idea.
Fixed table and a cabinet that opens from both sides. A compact platform for prototypes and small parts.
- Travel / mm
- 400 × 200 × 170
- Spindle / rpm
- 40,000
02 / MATECNC
MATE 400
Think wider.
A 500 × 400 mm work envelope. For plates, fixtures and larger parts.
- Travel / mm
- 500 × 400 × 170
- Spindle / rpm
- 40,000
03 / MATEATC
MATE 400 Plus
The next step.
Cast-iron structure, automatic tool changing. With HSK and DTC spindle options.
- Travel / mm
- 500 × 400 × 170
- Spindle / rpm
- 60,000¹