01 / RESINPrecision
Rigid engineering resin
Sharp detail and smooth surfaces for concept models, housings, jigs, fixtures and dimensionally controlled prototypes.
Our Address
Hurstville, NSW 2220
← 3D Printing Services
Micro, nano and industrial materials
Choose the right 3D printing material for the job
QTEC Studio helps Australian product teams match geometry, load, temperature, finish and production intent to a practical material and printing process, across industrial, micro and nano-scale printing.
2-25 µmmicro and nano printing capability for suitable parts
2-3 daystypical production after approval
8 familiesfrom engineering resin to metal
Australia-wideproject support and delivery
Available capabilities
Material families
Availability, colour, certification and achievable tolerances vary by part geometry and production route. We confirm the recommended grade before quoting.
02 / TOUGHFunctional
High-strength and nylon-like resin
Improved toughness and impact resistance for clips, brackets, enclosures and functional validation parts.
03 / FLEXIBLESoft touch
Flexible and rubber-like polymers
Compliant materials for seals, grips, bellows, soft-touch components and fit testing, with hardness selected to the application.
04 / OPTICALClear
Transparent resin
Clear or translucent parts for visual flow checks, light guides, display models and internal-feature inspection. Polishing options can improve clarity.
05 / CASTINGLow ash
Castable wax resin
High-detail patterns designed for investment casting workflows in jewellery, small metal components and intricate prototypes.
06 / CERAMICSintered
Ceramic-filled resin
Printed green parts that are debound and sintered for heat-resistant, electrically insulating or wear-focused ceramic applications.
07 / SPECIALTYResearch
Hydrogel and biomedical research materials
Water-rich printable systems for research models, microfluidic exploration and specialist biomedical development.
08 / ADVANCEDProduction
Metal and full-colour processes
Metal routes support high-strength end-use components; full-colour routes support presentation models, visual prototypes and realistic replicas.
Fast comparison
Start with the requirement, not the material name
The best choice is usually a balance of performance, surface finish, accuracy, lead time and budget.
| Primary need | Likely starting point | Strong fit | Review carefully |
|---|---|---|---|
| Fine detail and smooth finish | Rigid precision resin | Presentation models, small features, master patterns | Brittleness, UV exposure, long-term load |
| Functional handling | Tough or nylon-like resin | Clips, brackets, housings, assembly trials | Impact direction, wall thickness, fatigue |
| Flexibility or sealing | Flexible polymer | Grips, gaskets, bellows, soft components | Shore hardness, tear points, compression set |
| Heat exposure | High-temperature resin or ceramic | Tooling aids, fixtures, controlled thermal use | Test method, post-cure, sustained temperature |
| Direct metal part | Metal additive process | Complex high-value components and low volumes | Supports, machining allowance, certification |
| Realistic visual model | Full-colour process | Architecture, medical communication, displays | Structural load and outdoor durability |
Engineering note: Published material values are not a substitute for part-level validation. Geometry, orientation, wall thickness, cure cycle and operating environment can materially change performance.
Precision nano printing capability
High-temperature rigid resin for ultra-fine work
is part of QTEC Studio’s solution set for micro and nano-scale printing. A representative high-temperature rigid resin is specified for high dimensional stability, surface hardness and low viscosity, supporting ultra-fine features, detailed models and efficient cleaning.
156°Csupplier-listed heat deformation temperature
160 mPa·ssupplier-listed viscosity
1.17 g/cm³supplier-listed density
2%supplier-listed elongation at break
Representative high-temperature material data. Final material selection and achievable detail are confirmed per project.
What to send us
A useful material brief
Along with your CAD file, tell us what the part must do. This lets us recommend a material based on engineering intent instead of appearance alone.
Include: load direction, temperature range, chemical contact, flexibility, colour or transparency, surface finish, target quantity, critical dimensions and whether the part is a prototype or end-use component.
Accepted files include STL, OBJ, STEP, STP and X-T.
Our review process
From CAD file to a defensible choice
We review manufacturability before production so material, process and finishing decisions support the intended use.
STEP 01
Share the design
Upload the CAD file, quantity and application requirements.
STEP 02
Review constraints
We assess features, walls, tolerances, supports and finish expectations.
STEP 03
Confirm the route
You receive a recommended material, process, lead time and quote.
STEP 04
Produce and deliver
Production starts after approval, with Australia-wide delivery available.
Common questions
Material selection FAQ
Can you match a specific commercial plastic?
We can recommend a printable analogue based on stiffness, toughness, flexibility, temperature and finish. A printed resin may behave differently from injection-moulded ABS, polypropylene or nylon, so we describe it as “ABS-like” or “PP-like” unless equivalence has been validated.
Which material is best for functional prototypes?
Tough or nylon-like resin is a common starting point, but the right answer depends on impact, fatigue, heat, chemicals and load direction. Share the operating conditions and we will narrow the options.
Can transparent prints be optically clear?
Transparent resin can achieve good visual clarity, especially after suitable finishing, but printed parts are not automatically optical-grade. Geometry, layer orientation and polishing affect the result.
Do you offer certified medical or food-contact materials?
Certification is grade- and application-specific. Tell us the regulatory requirement at the start of the project so documentation and production controls can be reviewed before quoting.
Can you print one prototype before a larger run?
Yes. A pilot part is often the most reliable way to verify fit, finish and performance before committing to a larger quantity.
Not sure which material fits your part?
Send the CAD file and operating requirements. QTEC Studio will review the design and recommend a practical production route.