P3

P3™ coordinates light, temperature, traction forces, and pneumatics to optimize builds for the best possible outcomes. Manufacturers can achieve injection-molding-grade quality and surface finish with exceptional accuracy across a growing range of high-performance materials. What makes P3 unique? P3 combines tightly controlled, programmable process steps. It extends DLP printing capabilities and supports the next generation of photopolymer production applications—unlocking functional end-use 3D printing with competitive performance and cost per part. How it works Four critical parts of the P3 process enable high performance, production-grade part quality, and demanding materials. Light: Programmable light drives an exothermic reaction that forms layers with outstanding resolution, accuracy, and dose control. Environmental stability: Temperature-controlled printing reduces warpage and shrinkage while enabling advanced materials such as fire-resistant grades. Pneumatic separation: A precisely timed separation procedure lowers peel forces for molded-like surface quality and ultra-fine features—including textures or large surface areas such as molds. Motion: Precise printer motion delivers a repeatable, fast, accurate workflow across a wide range of geometries and high-performance materials. Green strength: High polymerization conversion supports faster print times, extreme geometries, and dense build nesting.