Injection & casting materials
Material systems for indirect manufacturing routes using 3D printed molds, including casting resins and slurries / feedstocks for repeatable tooling workflows, replication strategies and process-adapted production routes.
This page groups the 3Dresyns® material families for indirect manufacturing with 3D printed molds and tooling, covering resin systems for casting and injection, and ceramic / metal / polymer powder feedstock slurries for downstream debinding and sintering workflows.
Key features & benefits
- systems designed for indirect manufacturing using 3D printed molds and tooling
- repeatable tooling workflows
- adaptable to specific process and production requirements
- support for both casting / injection resins and powder feedstock slurries
- useful for replication, green-part shaping and downstream thermal processing routes
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Category overview
Casting resins in 3D printed molds
Resin systems for casting and injection workflows using 3D printed molds, enabling indirect manufacturing and replication routes for shaped parts and components.
Slurries / powder feedstocks for CIM / MIM / PIM
Ceramic, metal and polymer powder feedstock slurries designed for injection into 3D printed molds, supporting green-part shaping and downstream sintering processes.
Why choose this platform
Designed for indirect manufacturing logic
This platform is built for workflows where the final geometry is achieved through a mold-mediated route rather than by direct printing of the final-use part itself.
Useful across polymers, ceramics and metals
The page combines casting and injection resin systems with CIM, MIM and PIM-style powder feedstock routes, making it relevant across a broader range of indirect production strategies.
Supports repeatability and scale-up logic
Indirect manufacturing with 3D printed molds can help users move from prototyping toward repeatable replication, green-part shaping and more structured production workflows.
Typical applications
- casting and injection in 3D printed molds
- replication of shaped parts
- green-part shaping for ceramics, metals and polymers
- debinding and sintering-oriented workflows
- indirect manufacturing development and process optimization
- tooling-assisted production concepts
Workflow note
The right material family depends mainly on what happens after mold filling.
Choose casting resins when the shaped material itself is the final polymeric part. Choose ceramic, metal or polymer powder feedstock slurries when the molded green body is intended for downstream debinding and sintering.
Need help selecting the right indirect manufacturing route?
This platform is designed to help users move between polymer casting / injection workflows and CIM / MIM / PIM-style feedstock routes depending on the material system, thermal post-processing and final production target.
For technical guidance or custom developments, contact info@3dresyns.com.
Engineering note
This version keeps the original two-category structure and links while turning the page into a clearer and more conversion-oriented indirect manufacturing hub.