PSLA 270

Projection-Based SLA with Dual HD Projectors

The PSLA 270 is a projection-based SLA system designed to deliver both speed and precision in industrial additive manufacturing. Unlike traditional laser-based SLA systems, this printer uses dual HD projectors to simultaneously cure resin layers with high accuracy. This dual-projector setup increases efficiency and throughput, making the PSLA 270 an ideal solution for users who need rapid production without compromising on detail. The combination of projection-based SLA and powerful light engines ensures uniform exposure across the print surface, supporting consistent part quality throughout the build.

High-Speed 3D Printing with Excellent Resolution

Engineered for high-speed 3D printing, the PSLA 270 significantly reduces cycle times, enabling fast iteration and production. Thanks to its advanced projection-based SLA technology, it delivers both speed and consistency. The printer achieves a 90µm pixel resolution, which allows it to produce highly detailed parts with crisp edges and smooth surfaces. In addition, its fast print speeds make it suitable for both prototyping and end-use part production. Whether you’re printing small parts in batches or large singular components, the PSLA 270 ensures that each build is completed efficiently.

90µm Pixel Resolution for Precision Applications

Precision is a core feature of the PSLA 270. With its 90µm pixel resolution, the system produces parts with sharp definition and tight tolerances. This resolution makes it perfect for applications that require fine detail, such as dental models, engineering prototypes, or complex mechanical parts. Additionally, this level of resolution allows manufacturers to trust the PSLA 270 for functional testing and production-grade output. Combined with its high-speed performance, the resolution makes this system a reliable choice for both designers and engineers looking to bring their concepts to life with accuracy.

Large Build Volume to Support Scalable Output

The PSLA 270 features a large build volume, giving users the flexibility to print multiple parts at once or create larger models in a single run. This increases productivity while reducing the need for part segmentation or assembly. In environments where speed and scalability are key, the combination of high-speed 3D printing and a large build area delivers a major advantage. Furthermore, the system maintains precision and consistency across the entire print surface, which ensures that even large parts come out with the same quality as smaller ones.