3Dresyns develops and supplies engineered material systems for additive manufacturing
From photopolymer resins to high-performance powder platforms
Photopolymers do not define performance. Controlled systems do.
Define your application, process and performance ↗ Start here
↗ Shop all products ↗ Browse all collectionsDEFINE YOUR STARTING POINT
Choose the right entry point based on your level and decision workflow
- Need guided onboarding? ↗ What should I read first?
- Need better selection before printing? ↗ I know my application, but not my material
BEGINNER / FAST START
Quick material selection for functional parts without navigating the full technical system.
PROFESSIONAL / ENGINEERING SELECTION
Compare materials based on mechanical behaviour 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 Structure Selection Framework (SSF)
↗ Open Curing Rate Table system (CRT)
Navigate by materials, applications, or technologies. The system connects everything
NAVIGATE THE SYSTEM
Materials
Applications
Technologies
ENGINEERING SYSTEM
FIND YOUR 3DRESYNS® PRODUCT
Find the right material based on your application, performance target and process
↗ Which 3D resin should I use?
ENGINEERING MANIFESTO
MOST ADDITIVE MANUFACTURING WORKFLOWS FAIL FOR THE SAME REASON
THEY TRY TO OPTIMIZE PRINTING INSTEAD OF MANUFACTURING.
REAL PERFORMANCE IS NOT DEFINED AT THE PRINTER. IT IS DEFINED ACROSS THE FULL SYSTEM: MATERIAL, PROCESS, CALIBRATION, POST-PROCESSING AND VALIDATION.
3DRESYNS DOES NOT APPROACH ADDITIVE MANUFACTURING AS A MATERIALS CATALOG. IT IS STRUCTURED AS AN ENGINEERING SYSTEM DESIGNED TO MOVE FROM UNSTABLE PRINTING TO CONTROLLED PRODUCTION.
Technical white papers
Flagship engineering analysis
Manufacturing logic and process architecture
Read the lead white paper on AM route selection, manufacturability, process architecture and industrial production logic.
Engineering system
Structured process control
Selection, calibration and validation
Explore the full engineering architecture connecting material selection, curing control, calibration, troubleshooting and validation.
Performance validation
Real printed part performance
Beyond visual print success: From printed parts to real performance
Understand how printed parts translate into validated functional performance beyond visual print success alone.
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 material freshness and supply model matter
↗ 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
3D & AM CONSULTING
↗ Optimization of materials, process parameters and workflows.
Material development
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
Aligners, models and precision devices ↗ View dental applications
