Technologia mSLA
Masked Stereolithography Apparatus
Technology-oriented
Masked Stereolithography Apparatus
The mSLA (Masked Stereolithography) 3D printing technology is a process in which photopolymer resin is cured using UV light directed onto a layer of liquid through a mask (LCD display). In mSLA, similar to other stereolithographic (SLA) printing technologies, models are printed layer by layer. However, in this case, the layers forming the object are cured using UV light projected through a display. Products printed using this method have a high surface quality, especially when compared to other 3D printing technologies.
When to choose 3D printing with SLA technology?
01
Prototyping
Simple and fast printing enables easy product testing and modeling.
02
Models and patterns
The printing material gives the final product both strength and flexibility. Therefore, it is ideal for evaluating patterns and testing individual components.
03
Structural components
Accuracy, precision, and product durability enable its use in constructing larger structures.
Applications
mSLA Printing – areas of application
- Automotive
- Biotechnology
- Medicine
- Jewelry
- Architectural and design offices
- and much more…
mSLA Technology – characteristics
mSLA printing does not take much time – it is usually completed within just a few hours. Depending on the requirements, it can deliver a finished product in a wide range of colors with a refined, perfectly polished surface. Additionally, a variety of materials can be used without concern – from highly flexible to exceptionally rigid options.
