High-Performance Polymers & Resins
A comprehensive plastic material library covering everything from high-strength engineering tests to ultimate visual displays. Whether you need highly durable functional assembly parts or micron-precision concept models, we have the exact match.
Clear Resin
Clear resin 3D printing has remarkable advantages, featuring high design freedom (capable of manufacturing complex internal channels and achieving customized production), excellent material properties (supreme optical transparency and smooth surface finish), high production efficiency (rapid prototyping and integrated manufacturing are possible), and high material utilization rate (precisely adding materials).
Primary Benefits:
- Exceptional optical transparency and light transmission
- Can be post-polished to achieve a near-glass-like clear effect
- Extremely smooth surface finish ideal for visual clarity validations
Applications: Widely used for internal fluid channel visualization, prototyping optical lenses, and creating fully transparent medical device tube models.
Standard Resin
Standard resin 3D printing has remarkable advantages, featuring high design freedom (capable of flawlessly reproducing extremely complex micro-details), excellent material properties (ultra-high resolution and injection-mold-like finish), high production efficiency (rapid curing and prototyping are possible), and high material utilization rate (precisely photopolymerizing liquid resin).
Primary Benefits:
- Produces incredibly smooth, injection-mold-like surface finishes
- Captures extreme micro-details and complex geometric features flawlessly
- Provides high precision and extremely tight dimensional tolerances
Applications: The go-to choice for high-precision concept validation models, intricate industrial design prototypes, jewelry master patterns, and highly detailed visual miniatures.
Tough / ABS-Like Resin
Tough resin 3D printing has remarkable advantages, featuring high design freedom (capable of manufacturing complex functional prototypes with snap-fits), excellent material properties (perfectly simulating the impact resistance and flexibility of real injection-molded ABS), high production efficiency (accelerating product iteration cycles), and high material utilization rate (precisely adding materials).
Primary Benefits:
- Outstanding impact resistance and flexibility under mechanical stress
- Closely simulates the mechanical feel and performance of real injection-molded plastics
- Resists shattering or cracking during assembly or drop tests
Applications: Optimal for mechanical housing assembly tests, rugged structural supports, and functional components that require a balance of strength and slight flexibility.
Glass-Filled Nylon
Glass-filled nylon 3D printing has remarkable advantages, featuring high design freedom (capable of manufacturing complex geometries without support structures), excellent material properties (combining extreme rigidity with heat deflection resistance), high production efficiency (rapid prototyping and batch manufacturing are possible), and high material utilization rate (highly recyclable powder).
Primary Benefits:
- Extremely high mechanical rigidity and stiffness
- Superior dimensional stability under thermal stress
- Excellent heat deflection temperature compared to standard nylon
Applications: Highly recommended for automotive under-hood components, heavy-duty industrial jigs and fixtures, and rigid enclosures operating in high-heat environments.
Nylon PA12
Nylon PA12 3D printing has remarkable advantages, featuring high design freedom (capable of manufacturing complex nested structures and living hinges), excellent material properties (high toughness and exceptional fatigue resistance), high production efficiency (rapid prototyping and end-use manufacturing are possible), and high material utilization rate (precisely sintering and recycling unfused powder).
Primary Benefits:
- High impact strength and exceptional overall toughness
- Excellent fatigue resistance for repeated load-bearing applications
- Highly stable mechanical properties under various environmental conditions
Applications: Frequently applied in manufacturing functional snap-fit joints, living hinges, drone housings, and highly durable lightweight end-use production parts.
Polypropylene (PP)
Polypropylene 3D printing has remarkable advantages, featuring high design freedom (capable of easily realizing complex flexible customized structures), excellent material properties (outstanding chemical resistance and low moisture absorption), high production efficiency (rapid functional validation is possible), and high material utilization rate (precisely adding materials to reduce waste).
Primary Benefits:
- Exceptional chemical resistance against various solvents, acids, and bases
- Extremely high flexibility and outstanding fatigue resistance
- Low moisture absorption ensuring dimensional stability in humid conditions
Applications: Widely utilized for automotive fluid reservoirs, chemical piping systems, functional living hinge prototypes, and flexible lightweight consumer goods packaging.
