A rigid, transparent PolyJet material for producing clear, high-precision parts with excellent dimensional stability and a smooth surface finish.
VeroClear™ is a transparent PolyJet™ photopolymer designed to offer strength, stiffness, and impact resistance while simulating the appearance of PMMA (acrylic). This material enables the visualization of internal components and features in complex assemblies, making it ideal for form and fit testing of see-through parts. Its key differentiator is the combination of high optical clarity with the dimensional precision achievable through PolyJet technology.
Offering a balance of stiffness and strength, VeroClear is suitable for concept modeling, design verification, and functional testing of clear parts. With a Shore D hardness of 83-86 and a flexural strength of up to 110 MPa, it provides the structural integrity needed for applications like eyewear, light covers, and medical devices. Its dimensional stability ensures that prototypes accurately represent final production parts.
VeroClear produces parts with a smooth, specified surface finish directly from the printer. To achieve the highest level of optical transparency, parts can be post-processed through polishing, lacquering, or photo bleaching. This versatility allows for a range of opacities and finishes, from standard translucent to near-suitable, glass-like clarity for advanced visualization needs.
VeroClear is printed using PolyJet technology and is compatible with both WaterJet removable (SUP705, SUP710) and soluble (SUP706B) support materials, allowing for design freedom with complex geometries. Achieving optimal clarity requires post-processing, and design considerations should account for access to surfaces that need to be polished or coated.
This material is positioned for rapid prototyping workflows, from early-stage concept models to late-stage functional prototypes. Its ability to accurately simulate the aesthetics and function of clear plastics like acrylic allows designers and engineers to verify fit, form, and visual properties before committing to expensive tooling for mass production.
