Materials

3Dresyns® offers a broad portfolio of advanced 3D printing resins developed for demanding additive manufacturing applications.

This page provides a structured entry point to our main material families, guiding users toward relevant collections and products based on application context and functional performance.

Materials are organized to facilitate material selection, comparison and technical evaluation.

Biocompatible 3D resins

Photopolymer materials developed for biomedical and healthcare research and development applications, where biological interaction, performance consistency and controlled processing are critical.

These materials are commonly used in medical-related prototyping, research devices and application-specific workflows.

Dental Resins

Materials developed for dental research and development workflows, including models, guides, appliances and related applications.

Dental resins are designed to meet the processing, accuracy and performance requirements of professional dental additive manufacturing environments.

Engineering & Functional 3D Resins

Photopolymer materials designed for engineering and functional prototyping applications requiring mechanical performance, thermal stability or chemical resistance.

These resins are typically used in industrial research, validation and functional evaluation workflows.

Castable 3D Printing Resins

Materials intended for investment casting and indirect manufacturing workflows, including sacrificial patterns for jewelry and other precision casting applications.

These resins are optimized for clean burnout, dimensional accuracy and surface quality.

Sacrificial & Mold-Making 3D Resins

Materials developed for indirect additive manufacturing routes, including molds, tooling and sacrificial components used in downstream processes.

These resins support hybrid manufacturing workflows combining additive and conventional techniques.

Functional Additives & Auxiliaries

Additives and auxiliary materials designed to modify processing behavior, performance or handling characteristics of photopolymer systems.

These products support formulation optimization and specialized additive manufacturing workflows.