Neotech AMT GmbH

The digital printing and manufacturing technologies used in Neotech AMT's systems enable the production of mechatronic systems, with the equipment portfolio covering the R & D to series production range and rounded off by customized machines. The patented 45X system, for example, is geared to high-volume production, while systems from the PJ15X line are used in laboratories and product development for prototypes. The main application areas include automotive, mobile communications, industrial and medical electronics. Recent developments to combine 3D PE with classical 3D printing processes enable fully additive manufacturing of mechatronic systems. The components are made of thermoplastics, resins or ceramics and the electrical functionalization is realized by printed conductive paths and the pick&place of discrete electronic components on and also within the component.

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Advanced Manufacturing Technologies for 3D Printed Electronics

Neotech AMT GmbH develops and manufactures systems for 3D printed electronics (3D PE). In this process, application-specific different manufacturing technologies are integrated in multi-axis systems together with the corresponding CAD/CAM software in order to combine the advantages of printed electronics with conventional electronic components and increasingly additively manufactured structures or substrates.

Lighting unit with embedded LEDs and printed conductors (Hyb-Man), completely additively manufactured on a 5-axis printing system of Neotech AMT (photo credit: Neotech AMT GmbH)

• Modular 5-axis printing systems for R & D to volume applications
• Consulting and training in 3D Printed Electronics
• Cooperative research and development

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• Combination of additive manufacturing with printed electronics and electronics in surface mount technology (SMT)
• Modular CNC printing systems for laboratory and series production
• Digital printing technologies (including. dispensing and various jetting processes) for processing a wide variety of functional inks and pastes
• Processes for pre- and post-treatment of printed functional structures
• Integrated pick&place of electronic components
• CAD/CAM software "Motion 3D" and automation technology

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