Binder systems for LMM workflows, designed for downstream debinding and sintering compatibility depending on process, supporting high-solid metal routes, stable processing behavior and integration into indirect manufacturing strategies.
Lithography-based Metal Manufacturing platform
This collection groups the 3Dresyns® binder and castable solid photopolymer families for LMM workflows, covering water-debindable and solvent-debindable reactive solid binders, as well as castable routes for jewelry-related heat-meltable and non-heat-meltable pattern concepts. The visible collection filters position the page around Ceramics Metals, Jewelry investment casting, Sintering, High Temp and LMM.
Key features & benefits
Binder systems for LMM workflows
Designed for downstream debinding and sintering compatibility, depending on process
Support for high-solid metal routes
Stable processing behavior
Indirect manufacturing integration
Typical applications
LMM metal manufacturing
Green-part shaping workflows
Debinding and sintering process development
Metal R&D parts
Indirect metal fabrication concepts
Why choose this collection
Designed for indirect metal manufacturing logic
This collection is structured around LMM routes where the printed or shaped green body must later pass through debinding and sintering or casting-related downstream steps, rather than serving as a final-use photopolymer part. That makes process integration especially important.
Two debinding routes plus castable options
The visible product family covers water-debindable and solvent-debindable reactive solid binders, alongside castable solid photopolymers for jewelry-related LMM workflows. This provides more than one route for process adaptation.
Useful for both sintering and jewelry concepts
The visible filters and products place the collection across ceramics/metals, sintering and jewelry investment casting, suggesting it supports both technical metal-processing development and castable indirect manufacturing concepts.
Castable solid photopolymer for non heat-meltable jewelry castings after printing
Casting-focused downstream route
Jewelry-related indirect manufacturing
Low
High
Non heat-meltable castable route
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Portfolio overview
Reactive solid binders for sintering workflows
RSB1 WD and RSB1 SD define the main binder route for LMM green parts intended for later debinding and sintering of metals and ceramics.
Castable routes for jewelry-oriented workflows
Perfect Cast PC1, PC2 and PC3 extend the collection into jewelry investment-casting logic within LMM-related indirect fabrication workflows.
Process route matters more than raw resin selection alone
Within this collection, the key decision is not only material type but also the intended downstream route: water debinding, solvent debinding, or castable pathway. That process logic is central to successful implementation. This is an inference supported by the visible product names and collection framing.
Workflow note
LMM binder selection should be matched to the full downstream process, including green-part handling, debinding route, furnace strategy, shrinkage management and the final metal or ceramic target system.
Final success in LMM depends strongly on the combined workflow rather than on the binder alone. Debinding behavior, thermal schedule and the target solids system should always be validated together.
Need help selecting the right LMM binder or castable route?
This collection is designed to help users move between water-debindable, solvent-debindable and castable solid photopolymer routes for Lithography-based Metal Manufacturing and related indirect fabrication workflows.
Start with the downstream route that best matches your process, or use technical support if you need guidance.
