Materials
3D PRINTED MATERIALS
Customizable Properties, Versatile Applications.
- Elastic
- Dental
- Plastomers
Elastic
Elastic
High resilience
Anti-fatigue
Tear-resistant
Kaomiti's core advanced footwear material, designed to replace traditional foams.
Core Features
High resilience for superior energy return. Soft, flex-resistant, and tear-proof.
Key Performance
Perfect balance of flexibility and strength, ensuring durability under repeated deformation.
Applications
Athletic shoes (cushioning & energy return), flexible uppers, shock-absorbing pads, seals, and ergonomic cushions.
Dental
Dental
High hardness
Heat Resistant
High precision
Key to medical expansion: Meeting strict biocompatibility standards.
Core Features
High precision and biocompatibility. Transparent or skin-toned, low viscosity, and odorless. Ensures clear, bubble-free edges for crowns and surgical guides.
Key Performance
Moderate hardness for comfortable wear, with excellent tear resistance to prevent breakage.
Applications
Direct manufacturing of biocompatible skin-contact devices (e.g., wearable medical bands), orthodontic models, surgical guides, and dental restorations.
Plastomers
Plastomers
High hardness
High toughness
Heat Resistant
For industrial manufacturing and structural parts, these materials act like engineering plastics, emphasizing rigidity.
Core Features
Exceptional rigidity and heat resistance. Parts are sturdy, wear-resistant, and dimensionally stable. High heat deflection temperature (HDT) models are available for harsh environments.
Key Performance
Highly durable with excellent flexural rigidity.
Applications
Automotive interior parts, electronic enclosures, industrial fixtures, blow/injection molding molds, and transparent wear-resistant industrial components.
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KAOMITI provides innovative solutions for your business
Understanding your unique project needs, Kaomiti offers customized, integrated 3D printing solutions (equipment + materials) powered by core technology. We empower you to achieve design breakthroughs and efficient mass production.
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