ViscoTec, known for its precision dosing solutions, is revolutionizing 3D printing with innovative printheads that allow for the use of liquids and pastes. Established in 1997 in Bavaria, ViscoTec has expanded globally, opening branches in North America, Asia, and Europe. Its product offerings are now making a significant impact within the additive manufacturing landscape, especially for materials like silicones, ceramic pastes, and polyurethanes.
Johanna Bruckhuber, a Business Development Manager at ViscoTec, discusses her role and the company’s mission. She highlights how ViscoTec’s extensive experience in dosing systems is leveraged in 3D printing. Their proprietary endless piston technology enables the precise handling of materials with varying viscosities, allowing for processes that avoid dripping and maintain product integrity.
ViscoTec’s vipro-HEAD technology enables the like of one- and two-component materials to be printed accurately. With a viscosity capability of up to 1,000,000 mPas, these printheads can work with diverse materials, making them compatible with common 3D printers and slicer programs. This versatility expands the application potential for 3D printers, allowing them to efficiently use silicones, UV adhesives, epoxy resins, and other materials.
The applications of this technology are vast, particularly in industries requiring precision, such as healthcare for producing anatomical models used in surgical training and procedures. ViscoTec caters to a broad audience, including 3D printer manufacturers, material developers, and research institutes eager to explore the capabilities of liquid and paste-based printing.
Looking ahead, ViscoTec plans to introduce new products aimed at enhancing compliance and usability in the medical technology sector. They are participating in industry exhibitions, including Silicone Expo in Amsterdam and the Rapid + TCT event in Detroit, where they will showcase their advancements and seek new partnerships. For more information on their products, visit ViscoTec’s website.