Macro studio shot of a translucent green 3D printed resin ring pattern, showing precise micron-level layer lines, dramatic low-key lighting with sharp emerald edge highlights on a dark charcoal background.
Macro studio shot of a translucent green 3D printed resin ring pattern, showing precise micron-level layer lines, dramatic low-key lighting with sharp emerald edge highlights on a dark charcoal background.
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Operational Parameters

Technical Parameters & FAQ

Immediate technical specifications and operational parameters for master casting technicians. Engineered for absolute dimensional accuracy and verified zero-ash burnout in silver casting.

Operational FAQ

Verified Casting Standards

Printer Compatibility

Burnout & Casting

Handling & Storage

Investment Compatibility

Shelf Life

Compatible Systems

Yes, standard gypsum-bonded investments are fully compatible when following our recommended thermal burnout schedule.

Stored at 15-25°C in the original UV-shielded container, our resins maintain molecular stability for up to 12 months.

Our resins are formulated for all open-source 385nm and 405nm SLA, DLP, and LCD 3D printers with zero hardware lock-in.

Silver Performance

Post-Curing

Layer Thickness

Formulated specifically for silver casting, our chemistry prevents oxidation and gas porosity during the critical metal pour.

A light post-cure of 10 to 15 minutes is required to fully stabilize the printed model before investment casting.

We recommend 25 to 50 microns to achieve the optimal balance between print speed and micron-level surface fidelity.

Contact Our Chemists

Need a custom formulation?

Our Zurich-based R&D laboratory partners with industrial manufacturers to engineer custom viscosity and cure profiles for specialized production lines.