The PSLA 270 is a projection-based SLA system engineered for high-speed 3D printing and dimensional accuracy at production scale. Instead of a single laser, the system uses dual HD projectors to cure each layer simultaneously. This approach delivers uniform exposure across the entire build area while significantly increasing throughput. The projection-based SLA architecture supports consistent energy distribution, which helps maintain feature accuracy throughout long builds. For manufacturers balancing speed, quality, and repeatability, the PSLA 270 provides a stable platform for industrial additive manufacturing.
The PSLA 270’s dual HD projectors drive high-speed 3D printing performance. These projectors operate in parallel, reducing layer times without sacrificing resolution. This design allows multiple parts or large geometries to print efficiently within the same build cycle. In addition, faster exposure times shorten overall production schedules while maintaining consistent curing behavior. For production environments focused on throughput, this system supports rapid iteration and predictable output across repeated builds.
Projection-based SLA enables precise control over pixel-level exposure. For example, the PSLA 270 achieves a 90 µm pixel resolution, supporting fine features, sharp edges, and smooth surface finishes. This level of control is well suited for engineering prototypes, dental models, and detailed mechanical components. In addition, uniform exposure across the resin surface reduces distortion and supports tight tolerances. As a result, engineers can rely on it for functional testing and geometry validation without secondary processing.
A large build volume allows the PSLA 270 to support scalable output without compromising part quality. Users can print multiple components in a single run or produce large parts without segmentation. Consistent exposure across the full build area ensures uniform results, regardless of part placement. As a result, it supports efficient batch production and reduces assembly steps. Combined with projection-based SLA and dual HD projectors, the large build volume enables reliable scaling from prototyping to production.
