J.A.M.E.S And Our Diverse 3D Printing Materials
J.A.M.E.S represents the midpoint of groundbreaking developments in 3D printed electronics and materials. Our collaborative approach includes a range of specialties, focusing on the development and utilization of multi-material printing technologies and processes.
Fraunhofer Ikts: Ceramic Material
In cooperation with Fraunhofer IKTS, we have taken on the challenge of pushing forward the boundaries of 3D printing by recreating the J.A.M.E.S Coin design in ceramic. This project, detailed on our website, showcases ceramic's impressive adaptability and accuracy, highlighting its significance as one of the primary materials in 3D printing electronics.
Xtpl: Ultra-Precise Dispensing of Nanomaterials
XTPL specializes in innovative additive manufacturing technology, focusing on ultra-precise dispensing of nanomaterials. Their technology enables the precise dispensing of ultrafine conductive lines, ideal for creating high-resolution patterns in electronic devices. XTPL offers a distinctive printing head and advanced nanoinks designed to enable efficient and precision-based material dispensing. Their Delta Printing System, featuring Ultra-Precise Deposition technology, excels in applications requiring micron-level accuracy, such as semiconductors, advanced PCBs, and biosensors.
Joanneum Research Institute
Joanneum Research is an institute specializing in sensors, photonics, and manufacturing technologies. They are engaged in developing 2D, 2.5D, and 3D printing processes utilizing various technologies like Inkjet, Aerosoljet, and Screen Printing. Their main activities include the development of functional inks for diverse applications such as sensor technologies, conductive inks, and reactive inkjet printing.