Desktop Multi-axis 3D Printing System

Multi-axis Printing Improves Part Accessibility

Instead of depositing every layer vertically, the multi-axis motion system rotates the print head or workpiece to maintain a more suitable printing angle. This reduces unsupported overhangs, improves material deposition on curved surfaces, and minimizes secondary finishing caused by excessive support material.

For complex prototypes, fewer support structures also reduce material consumption and post-processing time.

Shorten Prototype Development Cycles

The system supports CAD model import, slicing, multi-axis toolpath generation, and printing within one workflow. Engineers can evaluate printing orientation before fabrication, allowing design modifications to be completed before material is consumed.

This reduces repeated trial printing during product development and accelerates functional prototype verification.

Compact System for Engineering Workspaces

The printer integrates the motion platform, controller, and extrusion system into a desktop-sized enclosure suitable for R&D laboratories, universities, design studios, and prototype workshops. The compact layout allows users to establish in-house additive manufacturing without dedicating production-floor space.

Material Compatibility

Depending on the extrusion configuration, the system supports PLA, ABS, PETG, Nylon, TPU, carbon fiber reinforced filaments, and other engineering thermoplastics for appearance models, assembly validation, and functional prototype testing.

Typical Applications

Main Components

Customer Benefits

• Reduce support structures for complex geometries
• Complete prototype validation without outsourcing
• Shorten design iteration from CAD model to printed part
• Install multi-axis additive manufacturing in limited workspace
• Support engineering materials for functional prototype development