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Polymer 3D Printing Services
If you're ready with your CAD files, you're ready to start. With Creatz3D's industrial-grade polymer 3D printing capabilities, we produce everything from stunning high-resolution prototypes to strong, functional end-use parts, available on-demand and accessible globally. We support a wide range of materials and applications, giving you the flexibility to achieve your ideal outcome.
How 3D Printing is Used
From multi-material and multi-colour designs to engineering-grade parts, we’re here to support your journey from design validation to low-volume manufacturing. Discover more options and endless potential in form, function, and finish, bringing your parts to life faster and more efficiently.
Key Benefits of Polymer 3D Printing
Fast & Cost-Effective
Ideal for fast iterations, low-volume runs, and one-off parts. Reduce manufacturing costs, material waste, and lead times.
Design Freedom
Print intricate, customized parts with internal features or complex shapes. Combine multiple components into one optimized part to simplify assembly and improve durability.
Digital Integration
Adopt a fully digital workflow with virtual inventories and decentralized production. Increase speed-to-market while enhancing flexibility across your supply chain.
Why Work With Us
AM Pioneers
With over 20 years of AM experience, we offer reliable support and in-depth technical expertise on every project.
In-House Local Production
Gain direct access to the latest 3D printing technologies. Whether you're a designer seeking new ideas or a professional requiring repeatable and high-accuracy parts, we’re here to support your needs.
Proven Track Record
Completion of over 500 projects for both international and local companies, delivering real-world applications and solve complex challenges.
ISO Certified
As an ISO 9001:2015 certified provider, we maintain consistent quality standards throughout your entire 3D printing journey.
Our Types of Polymer 3D Printing Technologies
FDM
Print with real thermoplastics for strong, durable parts suitable for prototypes and high-performance end-use parts with excellent mechanical properties.
400 w x 350 d x 400 h mm
(+/-) 100um to 400um
*Build size depends on print materials.
PolyJet
Print in full colour and multiple materials simultaneously. Ideal for visual prototypes, realistic textures, rubber-like finishes.
500 w x 400 d x 200 h mm
(+/-) 50um to 200um
*Build size depends on print materials.
P3 / DLP
Print with liquid photopolymer engineered resins. Ideal for detailed and functional parts with high-resolution finishes.
190 w x 100 d x 370 h mm
(+/-) 50um to 200um
*Build size depends on print materials.
SLA
Print with self-developed photosensitive engineered resins. Ideal for producing high-quality, detailed models.
130 w x 130 d x 90 h mm
(+/-) 20um to 100um
*Build size depends on print materials.
Our Range of Material Features
Available Materials Type
Explore our robust range of materials to power up your print journey.
Tricalcium Phosphate
Biocompatible, bioresorbable
C900 FLEX
Biomedical implants, bone regeneration
- Stimulates bone growth
- Designed to degrade safely in the body and be replaced by natural bone
ULTEM 1010 Resin
Highest heat resistance, biocompatible, approved for food contact
Fortus 450mc, F900
Custom tools for metal, plastic, or composite parts fabrication, medical tools, aerospace, automotive and food production components.
Natural
@ 264 psi: 413.9°F
ULTEM 9085 Resin
Flame-retardant, aerospace-certified
F3300, Fortus 450mc, F900
Concept modeling, manufacturing support, production parts
High-Performance Grade: Natural, Black
Validated Grade: Aircraft Grey, Gunship Grey, White 7362, Dream Grey, Jana White, Red
@ 264 psi: 342.7°F
VICTREX AM200
Dimensional stability & optimal interlayer bonding
Fortus 450mc, F900
End-use parts, functional prototyping
natural
Zirconia 3Y
High hardness, chemical inertness, excellent mechanical properties
C101 EASY, C900 FLEX, C1000 FLEXMATIC
Dental crowns and bridges, orthopedic implants, wear-resistant components, electronics
- Used in high-stress environments
- Ideal for precision components requiring both aesthetics and strength
- Typically sintered at ~1450–1550°C for full density
Zirconia 8Y
Excellent ionic and oxygen-ion conductivity, thermal insulation.
C101 EASY, C900 FLEX, C1000 FLEXMATIC
Fuel cells, energy systems
- Used in solid oxide fuel cells (SOFCs)
- Functions efficiently under extreme heat
Real-World Applications
3D printing is transforming productivity, speed, and flexibility across multiple sectors:
Prototyping
Create fully functional and aesthetic design models
Manufacturing & Tooling
Produce jigs, fixtures, and low-volume production parts
Aerospace & Automotive
Fabricate lightweight, durable parts for testing and performance
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Design
Develop detail-rich concept models for iteration and presentation
Consumer Goods
Customize electronics, packaging, and lifestyle products
Research & Institutions
Accelerate R&D and hands-on learning
Semiconductors
Manufacture high-precision fixtures and cleanroom-compatible tools
Industrial
Support on-demand production, obsolete part replacement, and maintenance tools
Ready to Get Started?
We work closely with clients at every stage. Whether local or remote, count on our team to guide you from concept through production.
Not sure about your design or missing a CAD file? Our Additive consultants are happy to help, learn more below or fill out the contact form to reach us.