3D Prototyping Resins
3D PROTOTYPING RESINS for Additive Manufacturing
Discover the next generation of 3D prototyping resins
designed to deliver speed, precision, and versatility for professional additive manufacturing.
3D prototyping resins by Prototek: these high-performance materials enable designers and engineers to produce functional prototypes that closely replicate final-use parts, helping validate design concepts, test fit and function, and accelerate product development.
At Prototek, we provide a carefully selected range of 3D printing resins ideal for both rapid prototyping and small-scale production.
Each resin offers a unique balance of mechanical strength, dimensional stability, and aesthetic quality, supporting applications across industries such as automotive, consumer goods, and industrial design.
LOCTITE IND405 (DLS)
Rigid, transparent, high-performance resin with excellent impact resistance and superior elongation
LOCTITE IND405 (DLS)
This 3D printing resin is ideal for applications that require both stiffness and flexibility. It delivers smooth surfaces and reliable mechanical properties, making it a strong choice for functional prototypes, enclosures, and durable end-use components.
UMA 90 (DLS)
UMA 90 offers excellent dimensional accuracy and consistent rigidity, making it ideal for visual prototypes, concept models, and design validation. Easy to print and cost-effective, this resin ensures high-quality results even for frequent iterations during the early design stages.
Key Advantages of 3D Prototyping Resins
1. Cost Efficiency
3D prototyping resins are designed to optimize your development costs. Their affordability allows for multiple design iterations and functional testing without sacrificing quality or reliability, helping you move from idea to validation faster.
2. High-Speed Production
Thanks to Carbon’s Digital Light Synthesis (DLS) technology and advanced photopolymer chemistry, these materials support high-speed 3D printing while maintaining superior mechanical performance. Perfect for teams seeking rapid turnaround and reduced time-to-market.
3. Precision and Surface Quality
These resins deliver exceptional dimensional accuracy, smooth surface finishes, and crisp details — minimizing post-processing requirements. Ideal for geometries with fine features, interlocking parts, and precision fitments.
4. Functional Performance
Engineered for real-world performance, 3D prototyping resins provide the durability, rigidity, and impact resistance required for mechanical testing and end-use evaluation. They are suitable for both design verification and pre-production applications.
Applications Across Industries
3D prototyping resins from Prototek are used in a wide variety of industrial and design contexts, supporting innovation across multiple fields.
Automotive Industry
Used for creating functional prototypes of structural components such as air vents, brackets, and covers. Their rigidity and temperature resistance make them ideal for simulating injection-molded parts and evaluating component behavior under stress.
Industrial Design
Perfect for producing aesthetic and ergonomic prototypes including handles, casings, and enclosures. Their smooth finishes and high fidelity to final product geometry make them invaluable for form-fit-function testing and client presentations.
Consumer Goods, Fashion, and Sports
Ideal for developing customized prototypes of wearable accessories, footwear, and sports gear. Their flexibility and color customization options enable designers to quickly explore variations in style and performance before moving to mass production.
Why Choose Prototek for 3D Prototyping Resins
1. High Precision and Quality
Every resin we use at Prototek is formulated to ensure exceptional detail resolution and repeatable accuracy, making it possible to print even the most complex geometries with minimal deviation. Whether for functional models or design reviews, our resins guarantee consistently excellent results.
2. Speed and Production Efficiency
Paired with Carbon’s advanced DLS technology, 3D prototyping resins enable rapid, reliable production of high-quality parts. From single prototypes to small production batches, we help you compress development timelines while maintaining premium performance standards.
3. Design Flexibility
Our materials support complex lattice structures, fine walls, and intricate textures — empowering engineers and designers to create shapes that traditional manufacturing cannot achieve. Each resin offers unique combinations of stiffness, flexibility, and transparency to match specific project requirements.
4. Balanced Performance and Cost
Resins such as UMA 90 provide an optimal trade-off between cost-effectiveness, structural integrity, and print speed — helping teams prototype efficiently while maintaining professional-grade results.
Prototek: Your Partner for Advanced 3D Printing
As an official Carbon partner, Prototek delivers access to some of the most advanced 3D printing materials and technologies on the market.
Our facility operates 7 Carbon printers running 24/7, ensuring consistent availability, quick delivery times, and continuous production support.
We assist our clients throughout every phase of their projects, from concept validation and material selection to prototype optimization and series production. Our team of additive manufacturing specialists provides tailored consulting and technical support to help you achieve the highest performance for your application.
Accelerate your product development
With 3D prototyping resins like LOCTITE IND405 and UMA 90, you can bring your ideas to life with unmatched speed and precision. Whether you’re refining an innovative concept or preparing for large-scale production, our materials ensure optimal performance and professional-grade quality.
Interested in testing our 3D prototyping resins?
Contact Prototek today to request a sample kit, receive a personalized quote, or speak directly with one of our technical experts.
Turn your designs into high-performance, production-ready parts, faster and smarter, with Prototek’s 3D prototyping resins.
