CNC Milling Machine

The CNC milling machine Style MC 750 is a powerful and precise tool designed for milling metal parts. Its technical characteristics and functionality allow for efficient processing of complex geometric shapes with high precision. Here is a more detailed description of the CNC milling machine Style MC 750:

Control and Operation: The Style MC 750 is equipped with advanced CNC control, enabling precise programming and control of the milling tool movements. This ensures consistent results throughout the manufacturing process.

Working Range: The machine boasts a broad working range, capable of processing parts of various dimensions, making it suitable for a wide range of manufacturing needs.

Machine Specifications MC 750:

• X-axis movement: 760 mm
• Y-axis movement: 440 mm
• Z-axis movement: 460 mm
• Bed width: 900 x 410 mm
• Maximum table load: 350 kg
• Table working height: 820 mm
• Spindle nose to table distance: 100 – 560 mm
• Spindle nose to column distance: 475 mm

Automatic Tool Change: The machine is equipped with an automatic tool changing system, significantly enhancing process efficiency and allowing rapid adaptation to various manufacturing requirements.

High Precision: Style MC 750 is constructed to achieve a high level of precision in milling. It is suitable for manufacturing parts that demand extreme detail.

Speed and Performance: Thanks to modern technologies and a robust construction, the Style MC 750 can achieve high milling speeds and performance, reducing machining time and enhancing production capacity.

Reliability and Durability: Designed to be reliable and durable in industrial settings, ensuring longevity and minimal maintenance needs.

Programming Flexibility: Supporting various programming languages and enabling the import of CAD/CAM data, the Style MC 750 is efficient for both custom manufacturing and projects of varying complexity.

Overall, the CNC milling machine Style MC 750 represents an excellent solution for milling metal parts with high precision and efficiency. Its features enable outstanding results in the production of intricate components.