Key Specifications/Special Features:
1. Product descriptions:
SLA 3D printer quickly and economically builds parts with excellent surface smoothness, feature resolution, edge definition and tolerances
Mechanical structure is simple and replaceable and comes with a user-friendly built-in software and interface
2. Benefits includes:
Speed: principle benefit/depending on exact specifications, SL models can be turned around overnight
Low cost: SL prototyping is a very cost- effective process One of the cheapest prototyping processes, allowing for disposable casts or prototype parts
Comparatively low cost means that SL models can be thrown away and designs modified prior to moving further into the higher cost stages of the production process
Low runs: single parts can be produced quickly and easily
Tight tolerances: parts can be produced to very specific requirements
Strength: it is strong enough to be machined afterwards
Solid structure
Very smooth surface finish
3. Process features:
Ideal for small runs or single runs of highly accurate prototype parts
Useful for concept or one-off presentation models and masters
Very fast lead time, same day or overnight depending on exact requirement
In the overall product design and development cycle, SLA is a vital process for helping your get your products to market fast

Characteristics of UV curing 3D printing:
1. With high precision and good surface quality, it is currently recognized as the process method with the highest forming precision;
2. The utilization rate of raw materials is nearly 100%, without any toxic and side effects;
3. It can form thin-walled parts (such as automobile covering parts, decorative parts, hollow parts, etc.), parts with particularly complex shapes (such as engine intake and exhaust pipes, TV shells, etc.), and parts with particularly fine shapes (such as automobile cylinder assembly parts, household appliances, handicrafts, etc.), which are especially suitable for the development of new products in the automotive and household appliance industries, especially sample production, design verification, assembly inspection and function test;
4. High molding efficiency, up to 60~150 g / h, which cannot be achieved by other process methods.