Best Large Format 3D Printers

The SLA 750 is purpose-built for large-scale production. Utilizing stereolithography with proprietary Hyper-Scan vector technology and dynamic beam sizing from 0.125 to 1 mm, it maintains exceptional surface smoothness, edge definition, and dimensional fidelity across substantial build volumes, making it ideal for large tooling, casting patterns, and end-use components.

The SLA 750 is recognized as an industry-leading high-speed SLA printer, engineered with Hyper-Scan vector technology and a 4-watt laser. It is also field-upgradeable to a dual-laser configuration (SLA 750 Dual), doubling laser processing power to accelerate build speeds and maximize throughput in demanding industrial production lines.

Within our production stereolithography lineup, the SLA 750 provides the largest capacity with dimensions capable of handling parts up to 29.5 x 29.5 x 21.65 inches. This substantial build envelope accommodates full-scale automotive components, wind tunnel models, large molds, and multiple nested prototypes within a single operational cycle.

While FDM systems are widely used for general fabrication, industrial facilities requiring superior surface quality, tight tolerances, and fine feature resolution often choose large-format SLA printers like the SLA 750. SLA technology eliminates visible layer lines on large components, ensuring smooth surfaces for wind tunnel models, investment casting, and tooling.

For large components requiring structural accuracy and fine detail, the SLA 750 delivers exceptional performance. It supports production of manufacturing aids, under-the-hood automotive parts, investment casting patterns, and biocompatible items, powered by 3D Sprint file preparation software and continuous 24/7 lights-out operational capability.

Yes, the SLA 750 is fully automation-ready. It features robot compatibility, integration capabilities for fleet management, and remote monitoring and control. These features allow enterprise facilities to implement true 24/7 lights-out manufacturing operations, significantly improving equipment utilization and lowering production overhead.