Materials
Understanding materials. Utilizing properties effectively. Rethinking possibilities.
For us, material is more than just a raw material – it is the basis for function,
quality and design. With a deep understanding of materials and our additive
manufacturing expertise, we process a wide variety of materials specifically according to
requirements and application areas. This also includes complex and completely new materials.
From genuine polyurethane foam to fiber-reinforced plastics
to genuine silicone, rubber and transparent materials: Here you can find
an overview of the materials we use at MAKRA PRO for 3D printing.
Foam
Comfort meets technology – real polyurethane foam additively manufactured for the first time.
Foam printing combines real material properties with free-form design in 3D printing.
➡ Discover new ways for comfort, cushioning and function.
Fiber-reinforced
When plastic performs more.
Fiber-reinforced printing enables high-strength components for demanding applications in industry and technology.
➡ Experience how additive printing becomes functional.
Rubber
Flexibility redefined.
Printing rubber brings elastic materials to 3D printing and makes functional, flexible components possible.
➡ For applications where movement is critical.
Silicone
True silicone. Additively manufactured.
Complex geometries, high elasticity, and new design freedom without tools.
➡ Where 3D printing and material properties converge.
Transparent
When technology becomes visible.
Transparent printing makes internal processes, structures, and functions tangible.
➡ For prototypes, test components, and visual clarity.
Metal
Metal printing combines the freedom of additive manufacturing with the properties of copper, bronze, or stainless steel.
➡ For functional components, prototypes, and technical applications.
ESD-compliant
ESD materials dissipate electrostatic charges in a controlled manner and reliably protect sensitive electronic components from damage.
➡ For electronics housings, sensor technology, and industrial applications.
UV-resistant
Built for outdoor use.
These materials retain their properties even in sun, rain, and changing weather conditions.
➡ For durable components indoors and outdoors.
Flame retardant
When safety becomes a requirement.
Flame-retardant materials can self-extinguish after ignition and meet demanding fire protection requirements.
➡ For electronics, industry, and applications with elevated safety standards.
High-temperature resistant
When heat is not an issue.
Materials for components that reliably maintain their shape and function even at high temperatures.
➡ For tools, fixtures, and technical applications with high thermal loads.
Food-grade
Certified materials for applications with direct or indirect food contact.
➡ For the highest hygiene standards.
Mechanically resistant
Materials with high strength, toughness, and wear resistance for demanding technical applications.
➡ For high forces and long service life.