3Dresyns develops advanced material systems for 3D printing and additive manufacturing
from engineered photopolymers to high-performance powder platforms
New to 3Dresyns? Start with a guided route
↗ Start here
DEFINE YOUR STARTING POINT
Choose the right entry point based on your level and decision workflow
BEGINNER / FAST START
Quick material selection for functional parts without navigating the full technical system.
↗ Choose by application for beginners
↗ Browse material families for beginners
PROFESSIONAL / ENGINEERING SELECTION
Compare materials based on mechanical behaviour, stiffness and real structural performance.
↗ OPEN ENGINEERING SELECTION TOOL
↗ COMPARE MATERIALS BY ENGINEERING BEHAVIOUR
↗ BROWSE ENGINEERING & FUNCTIONAL MATERIALS
SCIENTIFIC / FULL PROCESS CONTROL
Full control over material selection, exposure calibration and mechanical validation.
↗ OPEN STRUCTURED SELECTION FRAMEWORK (SSF)
↗ OPEN CURING RATE CONTROL SYSTEM (CRT)
↗ UNDERSTAND THE FULL ENGINEERING SYSTEM
Navigate by materials, applications, or technologies. The system connects everything
NAVIGATE THE SYSTEM

Materials
↗ Start from materials

Applications
↗ Start from your application

Technologies
↗ Start from your process

ENGINEERING SYSTEM
↗ Understand the full system
FIND YOUR 3DRESYNS® PRODUCT
Find the right material based on your application, performance target and process
↗ WHICH 3D RESIN SHOULD I USE?
↗ FIND YOUR MATERIAL
↗ COMPARE BY ENGINEERING BEHAVIOUR
↗ SEARCH PRODUCTS
↗ PRICING & LEAD TIMES
↗ REAL COST OF 3D PRINTING
↗ REQUEST HELP CHOOSING
Most suppliers sell materials.
3Dresyns delivers controlled material systems.
3,500+
Customers Worldwide
500+
Base SKUs, billions of possible formulations
50+
Countries Served


Curing defines performance
The 3Dresyns® Curing Rate Control System links exposure energy to cured thickness, enabling predictable and reproducible behavior across materials, printers and workflows.
Understand:
↗ The Curing Rate Control System
↗ Why most 3D printing resins fail
↗ 3Dresyns® vs commercial 3D resins
Engineered Photopolymer Material Families
Explore material families organized by application and functional behaviour
Engineering programs extending material systems into industrial implementation

ENGINEERING PROGRAMS
↗ Engineering programs for industrial implementation

3D & AM CONSULTING
↗ Optimization of materials, process parameters and workflows.

Material development
↗ Development of proprietary material systems

Technology Transfer
↗ Transfer of formulation and synthesis know-how beyond additive manufacturing
Validated applications
Validated performance in real-world manufacturing environments

Engineering components
Functional parts for demanding environments ↗ View applications

High-performance materials
Durability, impact resistance and structural stability ↗ View materials

Dental workflows















