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FDM stands for “Fused Deposition Modeling” and is a process for 3D printing objects. Here, a thermoplastic thread is passed through a nozzle, which heats it and applies it layer by layer to a construction platform. The thread is applied layer by layer and solidifies, creating the desired object. FDM is a very common and cost-effective process that is used both in industrial production and in the private sector.
ABS filament for 3D printers (acrylonitrile butadiene styrene) is a synthetic terpolymer and is an amorphous thermoplastic. In the FDM process of 3D printing, ABS is just as important as PLA, but differs in certain ways.
ABS filament impresses with its high heat resistance and a hard, scratch-resistant surface. Due to its many good properties, ABS plastic is used outside the 3D printer in many household and consumer products.
Similar to ABS but with improved weather resistance, suitable for outdoor applications.
Biocompatible and biodegradable, suitable for environmentally friendly applications.
Very high strength and heat resistance, ideal for engineering applications.
Good chemical resistance and easy printability, suitable for functional parts
FRJet is a revolutionary material in the field of 3D printing, becoming a popular choice in the electronics industry. Thanks to its unique properties associated with self-extinguishing and flame retardancy, it is ideal for applications where resistance to burning is emphasized. Its high-temperature resistance, dimensional stability, and good layer adhesion ensure that printed objects are sturdy and durable. FRJet is a testament to our commitment to providing quality and safe materials for 3D printing.
Easy to print, used for decorative objects and simple prototypes
Ideal for general printing projects that do not have high mechanical requirements but require good printability and fine surface quality.
Stereolithography (SLA) is a 3D printing process in which an object is built up layer by layer by hardening a liquid photopolymer with a laser beam. The laser draws a layer of the 3D model into the photopolymer and hardens it. The next layer is then applied until the entire model is built. SLA is a precise process that can produce highly detailed and high-quality parts. It is particularly suitable for applications in medical technology, dental technology and product development.
The Eco Resin/synthetic resin enables remarkably detailed production without sacrificing durability and hardness. This results in top-quality models.
Order your 3D print from us now and experience the difference! We manufacture your product on site using state-of-the-art, high-quality printers and send it to you as quickly as possible. Our 3D printers are state of the art and ensure the highest precision and attention to detail. We only use high-quality material to ensure that your product not only looks good, but is also durable and functional.
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