Heat soluble "meltable" 3D resins
Thermal-removal and castable resin systems designed for heat-soluble, meltable and flowable behavior depending on grade, enabling simplified post-processing, indirect manufacturing and castable workflows for complex geometries, enclosed cavities and jewelry-oriented applications.
This collection groups the 3Dresyns® heat-soluble, meltable and castable materials for indirect manufacturing and thermal-removal workflows, focused here on Perfect Cast HS and LMM Perfect Cast families for castable and heat-meltable applications.
Key features & benefits
- thermal removal concepts for sacrificial and castable workflows
- meltable or heat-soluble behavior depending on grade
- simplified post-processing
- reduced reliance on solvent-based removal routes
- support for indirect manufacturing of complex cavities and castable structures
Typical applications
- thermal-removal sacrificial structures
- complex internal channels and enclosed cavities
- indirect manufacturing routes
- castable concepts for difficult-to-clean geometries
- jewelry-oriented heat-meltable workflows
Why choose this collection
Focused thermal-removal logic
This reduced version of the collection is centered on materials whose workflow value comes mainly from heat-soluble, meltable or castable thermal-removal behavior, making the positioning cleaner and more coherent.
Useful for enclosed and hard-to-access geometries
These materials are especially relevant where thermal removal, melting or castable elimination is operationally easier than conventional support cleaning or dissolution-based routes.
Clear split between HS and PC families
The collection now reads more clearly as two main families: Perfect Cast HS for heat-soluble / meltable castable routes, and LMM Perfect Cast for jewelry-oriented heat-meltable castable workflows.
Products in this collection
This revised version intentionally keeps only HS1, HS2, PC1 and PC2.
Technical overview
| Material family* | Properties | Removal / burnout logic | Material format | Target workflow | Technology fit | Special function |
|---|---|---|---|---|---|---|
| Perfect Cast HS1 Bio | Heat soluble, meltable, flowable and castable bio-based solid wax | Thermal melt / heat-soluble removal | Solid wax-like format | Castable and thermal-removal support concepts | SLA / DLP / LCD workflows | Solid wax-like castable route |
| Perfect Cast HS2 MF Bio | Heat soluble, meltable, flowable and castable bio-based liquid 3D resin | Thermal melt / heat-soluble removal | Liquid resin format | Castable and thermal-removal support concepts | SLA / DLP / LCD workflows | Liquid heat-soluble castable route |
| LMM Perfect Cast PC1 | Castable solid photopolymer for heat meltable castings | Heat meltable casting logic | Solid castable format | Jewelry-oriented LMM workflows | LMM | Heat meltable jewelry castings |
| LMM Perfect Cast PC2 | Castable solid photopolymer for heat meltable castings | Heat meltable casting logic | Solid castable format | Jewelry-oriented LMM workflows | LMM | Alternative heat meltable jewelry route |
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Portfolio overview
Perfect Cast HS family
HS1 Bio and HS2 MF Bio define the heat-soluble and meltable castable side of the collection, with one solid wax-like format and one liquid resin format.
LMM Perfect Cast family
PC1 and PC2 define the jewelry-oriented heat-meltable solid castable routes for LMM workflows.
Clean collection logic
This reduced version keeps the page tightly focused on heat-soluble, meltable and heat-meltable castable materials, which makes selection much clearer for users comparing thermal-removal workflows.
Workflow note
The right route depends mainly on whether you need a heat-soluble / meltable castable resin or a heat-meltable solid casting route.
Choose HS1 or HS2 when the workflow benefits from heat-soluble or meltable castable behavior in SLA/DLP/LCD workflows. Choose PC1 or PC2 when the priority is jewelry-oriented heat-meltable castings within LMM-related workflows.
Technical and commercial support
Selection and technical help
Need help selecting the right heat-soluble or meltable castable resin?
This revised collection is designed to help users compare only HS and PC families for thermal-removal, castable and jewelry-oriented heat-meltable workflows.
For technical guidance or custom developments, use technical support.
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From prototyping to industrial production, performance depends on materials, calibration and process control