Miniature Five Axis CNC Milling Machine

Reduce Setup Time for Complex Parts

Traditional three-axis machining often requires multiple fixture changes when processing parts with different angles. This machine uses a five-axis rotary table to adjust workpiece orientation during machining, reducing repeated clamping operations and improving machining consistency.

It is suitable for parts with inclined surfaces, curved structures, and multiple machining faces, such as prototypes, fixtures, small molds, and precision components.

Compact Design for Limited Workshop Space

The machine adopts an integrated compact structure combining the machining unit, electrical control system, and auxiliary components into one workspace-saving design. Compared with industrial five-axis machining centers, it requires less installation area and can be placed in laboratories, education centers, prototype rooms, or small production workshops.

Users can start five-axis machining without preparing a large machining environment.

Easier Learning and Faster Operation

The CNC system supports standard G-code programs generated by CAM software. Operators can directly import machining files and adjust basic parameters such as spindle speed, feed rate, and work coordinates through the control interface.

For beginners learning five-axis machining, the machine provides a practical platform to understand tool orientation, rotary axis movement, and multi-axis machining processes before operating larger industrial equipment.

Stable Structure for Daily Machining Tasks

The machine uses a rigid metal frame, linear guide rails, ball screw transmission, and servo-driven axes to control movement accuracy during cutting operations. The rotary table supports precise angular positioning for multi-surface machining.

The structure is designed for processing common prototype materials including aluminum alloy, copper alloy, engineering plastics, and small metal components.

Suitable Applications

Customer Benefits

• Five-axis capability without requiring a full-size machining center
• Reduced workpiece repositioning for multi-angle parts
• Lower space requirements for installation
• Suitable for learning, prototyping, and small-volume production
• Uses common CNC machining tools and maintenance components

FAQ