3D Printing
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3D Printing
We have the ability to 3D print your functional parts in engineering materials such as PA612-CF15 (Carbon filled Nylon), Polycarbonate , ABS , ASA (Weather resistant ABS) and TPU (flexible filament).
On this page you can find an overview of the available materials.
Ordering a 3D print works as follows.
You can request a quote without obligation and completely free of charge via the “Request a quote” button.
You will receive a price quote from us within 24–48 hours .
After your approval, we will send you a payment request by email.
Once payment is received, we will begin production of your part as soon as possible and ship it after the printing process is completed.
If necessary, we are happy to help you choose the right material for your application.
Material Selection and Applications
No two applications are the same.
That's why every 3D printing job begins with choosing the right material. Depending on the component's function—esthetic, structural, impact-resistant, or flexible—different plastics are used.
For visually appealing, unstressed, and low-temperature components, PLA is often a suitable choice. When strength, stiffness, and durability are important, engineering materials like PA612-CF15 are used. For components that must withstand impact or higher temperatures , polycarbonate (PC) is a logical option. For outdoor applications or components exposed to weather and UV radiation for extended periods, ASA —a weather-resistant variant of ABS—can be used. Flexible applications, such as gaskets, dampers, or protective elements, are realized in TPU .
By combining this knowledge of materials with the correct print settings, parts are created that not only fit, but also function in their end application.
Below you will find an overview of the standard and technical plastics that can be printed on.
PA612-CF15 - Carbon Filled Nylon
Description
Nylon reinforced with carbon fiber particles (15%) (carbon-filled nylon). PA612 combines the best properties of PA6 and PA12: less hygroscopic than PA6 and stronger than PA12, with improved dimensional stability and stiffness.
Applications
Suitable for highly stressed functional parts, jigs, molds, and tooling. Used in demanding applications within the aerospace, automotive, and composite materials industries.
Strength
Very high. High stiffness, excellent strength-to-weight ratio, and dimensional stability.
An optional thermal post-treatment of PA612-CF15 (±100 °C for 16 hours) can lead to a significant improvement of the mechanical properties.
Depending on the geometry and load, an increase in strength of up to approximately 30% can be achieved.
Max. operating temperature
≈ 120–175 °C
Weather & UV resistance
Good. Suitable for demanding industrial applications, including outdoor use.
PC - Polycarbonate
Description
Polycarbonate is an extremely impact-resistant engineering plastic with high temperature resistance.
Applications
Impact-resistant parts, protective covers, and technical components with high thermal requirements. Sheet polycarbonate is often used in police riot shields and as veranda covers, where its high impact resistance protects against damage such as hail.
Strength
Very high. Excellent impact resistance and high mechanical strength.
Max. operating temperature
≈ 110–130 °C
Weather & UV resistance
Fair to good. Mechanically very strong, but prolonged UV exposure can cause degradation without additional protection.
ASA - Acrylonitrile Styrene Acrylate
Description
ASA is a further development of ABS and specifically designed for applications where UV and weather resistance are required.
Applications
Outdoor applications, covers, housings and parts exposed to sun and weather.
Strength
Similar to ABS. Good impact resistance and structural stability.
Max. operating temperature
≈ 85–95 °C
Weather & UV resistance
Very good. Resistant to prolonged exposure to UV radiation and weathering.
TPU - Thermoplastic Polyurethane
Description
TPU is an elastomer that combines flexibility with wear resistance and high tear resistance.
Applications
Gaskets, seals, flexible couplings, dampers and protective elements.
Strength
Flexible and tough. Good impact and abrasion resistance, depending on Shore hardness.
Max. operating temperature
≈ 70–90 °C
Weather & UV resistance
Good. Suitable for both indoor and outdoor applications.
ABS - Acrylonitrile Butadiene Styrene
Description
ABS is a widely used engineering plastic with a good balance of strength, toughness and processability.
Applications
Functional prototypes, housings and technical components for indoor use.
Strength
Good. More impact-resistant than PLA and more resistant to mechanical stress.
Max. operating temperature
≈ 80–90 °C
Weather & UV resistance
Limited. Not UV-resistant; may degrade with prolonged outdoor exposure.
PLA - Polylactic Acid
Description
PLA is a biodegradable plastic based on renewable resources and is often used for visual and conceptual applications.
Applications
Visual prototypes, form and fit parts, housings with limited structural load.
Strength
Moderate. Stiff but relatively brittle. Moderately suitable for mechanically stressed components.
Max. operating temperature
≈ 50–60 °C
Weather & UV resistance
Limited. Not suitable for outdoor use or higher temperatures.
