Principle:

It adopts the material accumulation principle, using the CAD data directly control the laser to scan the photosensitive resin and rapidly and accurately fabricate any complex-shaped products regardless of its complexity. It is the real die-free fabrication with both high build speed and precision, excellent surface finish and simple post-treatment.

Applications:

Currently in the fields of automotive, home appliances, power tools, medical, machining, precision casting, aerospace, crafts, children's toys and other industries. It has played an important role in the following areas:

1) Product samples, design review, performance testing and assembly experiments.

Users could make a prototype of the design assessment, simulated performance testing & assembly test, then assess the possibility of production, and pass the improvement information to the designer for modification and optimization.

2) Combined with SL technology and the traditional mold manufacturing technology combined, the rapid tooling technology can reduce mold development cycle and improve production efficiency.

3) In the biomedical field, the creation the simulation model of human tissue & organ according to scanned cross-sectional data of human body, can be used for clinical diagnosis scheme for the complex operation, namely the anatomical models in vitro (vitro model); also can create the scaffold structure as the carrier for the tissue engineering cells (body organs), which works as a key technology in bio-manufacturing.

4)In other areas, rapid prototyping technology can also be used to copy the artifacts, make arts and crafts design prototype and the exhibition model.

Rapid Prototyping Technology features:
1. Directly from CAD data into three-dimensional prototype
2. No needs for the traditional tools & fixtures
3. Have no restrictions in terms of complexity of the structure & shape.

4. Can make the functional prototype

Parameters