Ultracur3D xMold

Specifications

Dissolvable mold resin for FIM
Tooling cost savings of up to 90%
CAD-to-molded-part workflow in hours or days
High dimensional accuracy
Rapid, residue-free dissolution
Low viscosity for reliable printability
Greater design freedom for complex geometries
Light blue material appearance

$187.00

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Description

Dissolvable photopolymer resin for Freeform Injection Molding

Ultracur3D® xMOLD is a dissolvable photopolymer resin developed for Freeform Injection Molding (FIM). Ultracur3D xMOLD enables manufacturers, engineers, and product developers to produce real injection-molded parts using 3D-printed tooling, reducing tooling costs and accelerating development cycles.

Move from CAD design to functional molded parts in hours or days instead of waiting weeks or months for conventional tooling.

With high dimensional accuracy, low viscosity and rapid, residue-free dissolution, Ultracur3D® xMOLD is ideal for creating complex mold geometries that would be difficult or costly to realize with traditional metal tooling.

Accelerate molded part development without conventional tooling constraints

Ultracur3D® xMOLD dramatically lowers the barrier to injection molding by replacing traditional steel or aluminum tooling with fully dissolvable 3D-printed molds. This can reduce tooling costs by up to 90%, accelerate physical validation and enable more design iterations with less commercial risk.

Because the mold is dissolved away after molding, teams can unlock greater design freedom, eliminate complex demolding requirements, and simplify workflows for geometries that are difficult, expensive or even impossible with conventional tooling approaches.

Optimized for digital tooling workflows

Ultracur3D® xMOLD combines a low viscosity of 50 mPas at 30°C with balanced mechanical performance, supporting accurate printing of mold inserts and rapid downstream dissolution. It is compatible with DLP and LCD technologies and has already been evaluated on systems including MiiCraft Ultra 125, Formlabs Form 4, Nexa3D XiP and Nexa3D NXE, with further evaluations ongoing.