Figure 4 Standalone

Digital Light Processing for Consistent Part Accuracy

Digital light processing enables the Figure 4 Standalone to cure each layer uniformly, supporting high dimensional accuracy and surface consistency. Controlled exposure improves feature definition while maintaining stable mechanical properties across builds. This process reduces variation between parts, which is essential for engineering validation and short-run production. Reliable layer control also supports predictable results when transitioning from prototype to low-volume manufacturing.

Rapid Prototyping Printer for Engineering Workflows

As a rapid prototyping printer, the Figure 4 Standalone supports fast design iteration without sacrificing precision. Short cycle times allow teams to move quickly from CAD to physical parts for fit, form, and functional testing. Engineers use this system to evaluate assemblies, validate interfaces, and confirm performance before committing to production tooling. Minimal post-processing further accelerates development timelines while maintaining part accuracy.

Industrial SLA Printer Built for Standalone Operation

The Figure 4 Standalone operates as a fully self-contained industrial SLA printer, eliminating the need for centralized production infrastructure. This standalone 3D printer integrates easily into existing manufacturing environments and supports production-oriented workflows. Consistent print behavior and repeatable output help maintain process control during pilot runs and bridge production. Digital light processing combined with standalone operation enables scalable additive manufacturing without added system complexity.