A gel-like, breakaway support material for PolyJet technology, enabling easy removal from intricate parts and internal cavities without tools or solvents.
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SUP710™ is a gel-like, breakaway support material specifically engineered for Stratasys PolyJet 3D printing. Its primary benefit is its effortless removal via manual peeling or waterjetting, which protects fine features and complex internal geometries. This makes it ideal for producing highly detailed prototypes, anatomical models, and complex concept models with excellent surface finish.
SUP710™ PolyJet Support Material
Technical Overview
SUP710™ is a photopolymer support material designed to provide consistent, reliable support for complex parts printed with PolyJet technology. Its gel-like composition is engineered for simple breakaway removal by hand or with a waterjet. This key differentiator eliminates the need for harsh chemical baths or intensive manual picking, preserving the dimensional accuracy and surface quality of the final part.
Performance and Post-Processing
The principal performance benefit of SUP710™ is its contribution to a streamlined and non-damaging post-processing workflow. The material separates cleanly from model materials without leaving residue, which is critical for parts with fine details, delicate features, or internal channels. By simplifying support removal, SUP710™ reduces the risk of part breakage, minimizes labor time, and helps increase overall throughput.
Design and Processing Guidelines
SUP710™ enables greater design freedom, allowing engineers to create complex geometries with sharp angles, overhangs, and small interior voids with confidence. It is fully compatible with select Stratasys PolyJet 3D printers and model materials, ensuring reliable adhesion during the build process and consistent breakaway performance afterward.
Lifecycle: Prototyping and Model Making
This support material is an ideal choice for applications ranging from early-stage concept validation and visual marketing models to high-fidelity medical and educational models. Its clean and easy removal makes it perfectly suited for applications where final part aesthetics and dimensional precision are paramount.
- Available colours
- Translucent
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