Engineering materials.
Redefining possibilities.
XRESIN develops and manufactures high-performance photopolymer resins for industrial manufacturing, precision models, functional prototypes and specialist applications — 22 materials across eight engineered families.
- 22materials in range
- 08engineered families
- 385–405nm compatible
- 1000g standard pack
Eight material families, one encoding logic
Not 22 isolated SKUs, but eight families defined by polymer chemistry and service conditions. Each family solves a class of problem; each code points to a defined performance set.
Engineering Resins
High toughness, impact resistance and machinability — built for jigs, functional parts and bridge production.
5 materials → 02 ELElastomer Resins
Flexible, resilient, fatigue resistant — one-part and two-part routes for footwear and cushioning.
2 materials → 03 GM / TXModel Resins
The everyday foundation: surface quality, dimensional accuracy and detail reproduction.
2 materials → 04 BJ / RWCollectible & Pattern Resins
Fine texture, abrasion resistance and mould masters — built for character and touch.
3 materials → 05 WWWater-Washable Resins
Clean with water, low odour, easy to print — less solvent, less post-processing friction.
2 materials → 06 PM / DTPrecision & Dental
Dimensional accuracy, heat resistance and stability across the dental lab workflow.
2 materials → 07 HT / WXHigh-Temperature & Casting
Heat resistance, low ash and clean burnout across tooling and investment casting.
4 materials → 08 CLClear Resins
Clarity, yellowing resistance and impact strength — transparency that holds up as a visible part.
2 materials →Selected materials
From high-toughness engineering to 280 °C tooling, from water-washable precision to clear end-use parts — six materials customers evaluate most often.
Start from the application, not the shelf
Six industry entries, each mapped to a validated material set. Find the application from a product, or the material from an application.
Industrial Manufacturing
Jigs, fixtures, functional parts and line-side tooling.
02Dental & Healthcare
Orthodontic working models, restorative and implant models.
03Footwear
Insoles, midsoles, cushioning structures and elastic footwear.
04Jewelry & Casting
Red wax masters, easy-cast white wax and complex investment casting.
05Consumer Products
Figures, BJD, designer toys and culture merchandise.
06Engineering Prototyping
Prototype validation, assembly checks and machining.
Four layers of materials capability
From monomer and oligomer design to mechanical validation and the printing process window — XRESIN is more than a formulation house.
Photopolymer design
Monomers, oligomers and photoinitiators together determine cure speed, shrinkage and final mechanical behaviour. We optimise initiation separately for 385 nm and 405 nm sources so the same material keeps a stable process window across machines.
Mechanical engineering
Toughness, stiffness, elongation and heat resistance are in constant tension. By tuning crosslink density and the hard/soft segment ratio, our high-toughness system holds 65–80% elongation at break while keeping flexural strength above 35 MPa.
Testing & validation
Mechanical data are generated in our own laboratory using ASTM methods. Thermal data separate short-term HDT from continuous service temperature. Dental accuracy is measured as tolerance and match rate after 15 days of storage, not as a same-day snapshot.
Printing & post-processing
Exposure, layer height, washing and post-cure energy jointly decide final properties. We publish a starting exposure window and post-cure guidance for every material — and where a parameter is not documented, the product page says so instead of filling the gap with a guess.
The XC encoding system
Eight characters, three semantic segments: brand prefix, material family and core feature, then a parameter fingerprint. The code alone tells you where a material belongs and what it is built to do.
Need a material recommendation, or a sample?
Tell us the service conditions, your printer and the target properties. We will come back with a material recommendation and a starting process window.