Desktop 5 Axis CNC 3D Printer

Manufacture Complex Parts with Fewer Printing Steps

Conventional 3D printers build every layer in a fixed direction, often requiring large support structures for overhangs and inclined surfaces. A five-axis motion system rotates the workpiece or print head during printing, allowing material to be deposited from multiple directions.

For users, this means less support removal, fewer post-processing operations, and shorter prototype preparation time when producing complex components.

Accelerate Product Development

The printer supports a complete workflow from CAD model import and slicing to multi-axis toolpath generation and printing. Engineers can verify printing orientation before manufacturing, reducing failed prints caused by unsuitable build direction.

This helps shorten design verification cycles when several prototype revisions are required before finalizing a product.

Desktop Design for Engineering Workspaces

The integrated frame combines the motion system, control cabinet, and printing module into a compact machine that fits on a workbench. It can be installed in R&D laboratories, design offices, university classrooms, and prototype workshops where floor space is limited.

Users can establish an in-house prototyping capability instead of relying on external printing services for every design iteration.

Material Compatibility

Depending on the extrusion system, the printer supports PLA, ABS, PETG, Nylon, TPU, carbon fiber reinforced filaments, and other engineering thermoplastics. Material selection can be matched to appearance models, assembly verification, or functional testing.

Typical Applications

Main Components

Customer Benefits

• Produce complex geometries with fewer support structures
• Complete prototype verification without outsourcing every print
• Reduce design iteration time through in-house manufacturing
• Install five-axis additive manufacturing in limited workspace
• Support engineering materials for functional prototype development