Desktop 5 Axis Hybrid Manufacturing System

Combined Additive and Subtractive Manufacturing

The system integrates a 3D printing module with a CNC machining unit. Users can first build near-net-shape components through additive manufacturing and then perform milling operations to refine critical surfaces, holes, and dimensional features.

This combined process reduces the need to transfer parts between different machines and helps maintain positioning consistency during prototype production.

Five-axis Motion for Complex Part Processing

The five-axis structure controls X/Y/Z linear movement together with rotary axes, allowing the tool head or workpiece to approach components from different angles.

This enables machining of inclined surfaces, curved structures, and multi-face parts that require multiple setups on traditional three-axis equipment.

Desktop Integration for Flexible Manufacturing

The compact design integrates motion systems, machining modules, control units, and operation interfaces into one workstation-sized platform.

It is suitable for engineering offices, research laboratories, universities, and small production environments where users need multiple manufacturing capabilities without installing separate industrial equipment.

Engineering teams can produce prototypes directly from digital designs, combining printing for complex shapes and machining for precision surfaces. This workflow is suitable for testing part assembly, mechanical movement, and product design concepts before mass production.

The system can manufacture prototype brackets, housings, fixtures, and customized mechanical components that require both complex geometry and finished machining surfaces. Five-axis movement helps process angled features and multi-surface structures with fewer repositioning steps.

Research institutions can use the system to study hybrid manufacturing processes, including material deposition, CNC finishing, and multi-axis fabrication methods.

Manufacturers can produce low-volume components, tooling parts, fixtures, and customized products without investing in separate additive and machining equipment.

Customized Manufacturing Configuration

We provide customized configurations based on customer applications, including additive modules, CNC spindle options, working area, five-axis structure, material compatibility, and software integration. The system can be configured according to prototype requirements, production volume, material type, and machining accuracy needs.

Controlled Production and Assembly Process

Each machine undergoes mechanical assembly, electrical integration, axis calibration, and functional testing before delivery. Testing includes additive manufacturing operation, CNC machining performance, five-axis movement accuracy, and communication between hardware and control software.

Engineering-driven Design Approach

The system design focuses on practical manufacturing requirements, including compact installation, process integration, and simplified operation. The hybrid structure allows users to complete multiple manufacturing stages on one platform instead of transferring parts between separate machines.

Technical Support and Documentation

We provide operation manuals, technical documentation, and application guidance to support installation, training, and equipment maintenance. Certification support can be provided according to machine configuration and target market requirements.

A five-axis hybrid manufacturing system combines additive manufacturing and CNC machining in one machine. It can deposit material to create complex shapes and remove material to achieve precision surfaces.

A standard 3D printer only builds parts through material deposition. A hybrid system can additionally perform machining operations to improve surface finish, dimensional accuracy, and functional features.

Material capability depends on the selected printing and machining modules. Common options include thermoplastics, composite materials, aluminum alloys, and other machinable prototype materials.

Yes. The printing module, CNC spindle, working area, motion configuration, software workflow, and application functions can be customized according to customer requirements.

Typical users include automotive R&D departments, engineering companies, universities, research laboratories, and manufacturers developing prototypes or customized components.