Empowering Complex Structures and Personalized Designs, Meeting Unique Customer Needs and Enhancing Market Competitiveness.
RiCHTER Utilizes High-Performance Composite 3D Printing for Complex Architectural Components.
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Cost-Effective Small-Batch Production without Molds or Fixtures, Ideal for High-Value, Limited-Run, or Rapidly Iterating Products.
Nexair Avionics Iterated Discontinued Components Using 3D Printing.
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Leveraging Customized Production to Minimize Costs and Enhance Flexibility. A Novel Approach to Manufacturing and Supply Chain Management.
The Royal Netherlands Navy Utilizes 3D Printing Reducing Reliance on Logistics and Inventory.
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Lightweight, High and Low-Temperature Resistant.
Designed for Extraterrestrial Use.
Withstands Heat Fluxes During Reentry.
FAA-Certified for Aviation Use, Boasting Outstanding Flame Resistance, Low Smoke, and Low Toxicity.
Offers Superior Strength, Stiffness, and Thermal Stability.
Widely Applied in Aerospace and Automotive Interior Component Manufacturing.
Outstanding UV resistance and weather durability, ideal for prolonged use in diverse environments.
High temperature resistance and excellent toughness.
Compatible with various post-processing techniques.
The fact that we can print with high-performance materials on the INTAMSYS machines allows you to print parts that have to be a lot stronger or stiffer than regular PLA or PETG can do.
Max Nijpels
Expertise Centre of Additive Mnufacturing of the Royal Netherlands Navy
3D Printing accelerates design innovation and market entry for agile reactions to market shifts.
Mold-free production enables tailored responses in the supply chain, enhancing overall efficiency.
Reduced waste and mold expenses, along with continuous 24/7 industrial 3D printing, drive efficient manufacturing and lower costs.
Or contact us via email: info@intamsys.com