3D Systems’ SLA AM Solution Creates Production-Grade Parts

3D Systems’ PSLA 270 features high-performance engineering and production-grade materials for industrial-grade printing. Source: 3D Systems

3D Systems’ PSLA 270 is a high-speed, projector-based stereolithography (SLA) additive manufacturing (AM) solution designed for time-sensitive, high-throughput customers looking for a cost-efficient, compact mid-frame solution. The system is said to provide repeatability and first-component success up to three to five times faster compared to other available SLA printers. 

The system includes the fully integrated 3D Systems’ Figure 4 material portfolio, enabling true mechanical and performance capability as well as the part quality, aesthetics and functional longevity comparable to injection molded plastics. This printer is complemented by the Cure 400 and Wash 400 for high-speed drying and curing.

The company says it delivers mid-size, production-grade parts combining SLA print reliability with Figure 4 speed and material versatility. The accurate, projector-based SLA offers up to five times the throughput. It features high-performance engineering and production-grade materials for industrial-grade printing with unparalleled productivity — all so users can build larger parts, faster for higher throughput or faster turnaround times.

This 3D printer is engineered to deliver larger end-use parts more rapidly than similar platforms, bringing advantages for a range of industrial and health care applications.

“Our innovation road map continues to focus on advancements that enable our customers to address a broader range of applications,” says Marty Johnson, 3D Systems vice president, product and technical fellow. “The latest additions … are expanding the capabilities of our plastic and metal solution portfolios to enable manufacturers to produce high-quality parts more efficiently. It has been a privilege to see our AIG specialists work closely with our aerospace and defense customers on the most challenging applications in difficult materials for extreme environments. I’m also energized by the potential of the new projector-based platform we intend to launch in the coming year. I believe the capabilities of this technology integrated with our high-performance Figure 4 materials portfolio and 3D Sprint will increase the role additive manufacturing plays in the production of large parts and help industry-leading manufacturers transform their workflows for competitive advantage.”