MGU Series 5-Axis Machining Center
2025.05.21

 

MGU Series 5-Axis Machining Center

High-Precision. High-Rigidity. Intelligent Performance.

 

The MGU Series from Maple Technology is a high-performance gantry-type 5-axis machining center designed to meet the demands of modern manufacturing — where part complexity, dimensional accuracy, and operational efficiency are critical.

 

This advanced platform combines a monoblock high-rigidity structure, direct-drive high-speed spindle, and modular intelligent architecture, making it the ideal solution for multi-face machining in aerospace, medical, optical, and precision mold industries.

 

🌐 Why Choose the MGU Series?

✔ Simultaneous 5-Axis Machining

Achieve ultra-precise multi-surface and angled surface machining in a single setup. Reduce fixture changes and positioning errors while increasing overall throughput and part consistency.

 

✔ Spindle: HSK A63 + 15,000 rpm Direct-Drive

The high-speed HSK A63 taper spindle delivers excellent cutting rigidity and vibration resistance, ideal for high-feed, high-precision milling. Direct-drive eliminates mechanical wear, ensuring long-term performance and minimal maintenance.

 

✔ Monoblock Bed Construction

Engineered for maximum structural stability, the integrated casting design minimizes thermal deformation and machine vibration, providing an optimal cutting environment and prolonged machine life.

 

✔ Modular, Configurable System

Customize your machine to meet specific production requirements with optional add-ons such as a rotary table, automatic tool changer (ATC), or tool setter, part probe. Designed for future automation and smart factory integration.

 

🔧 Applications

Aerospace structural parts

 

Titanium and aluminum alloy components

 

Optical and medical device molds

 

Freeform surface and 3D contouring machining

 

🏭 Built for Precision. Trusted by Industry.

The MGU Series 5-axis machining center represents MeiChiLin Technology’s commitment to precision manufacturing solutions — delivering reliability, scalability, and superior machining quality with every cycle.