Printed Electronics & Functional Materials

• Highly precise dispensing of conductive and functional materials
• Reproducible deposition processes for printed electronics manufacturing
• Scalable automation platforms for industrial production applications

Printed electronics and functional material applications require highly precise and reproducible dispensing technologies for the deposition of conductive inks, polymers, adhesives, and functional coatings. Modern manufacturing processes increasingly demand accurate material placement at micrometer scale while maintaining stable and scalable production conditions.

Applications such as printed sensors, flexible electronics, RFID structures, functional coatings, and advanced electronic assemblies require controlled dispensing of very small liquid volumes with excellent positioning accuracy and repeatability. Different material viscosities, substrate properties, and process requirements significantly increase manufacturing complexity.

microdrop Technologies provides advanced non-contact dispensing solutions for printed electronics and functional material deposition processes.

The modular dispensing platforms enable highly accurate application of conductive and functional materials with individually adjustable process parameters and stable process control.

Scalable automation concepts, intelligent dispensing control, and specialized nozzle geometries support reproducible manufacturing workflows for demanding industrial production environments. The systems can be adapted to different materials, substrates, and production requirements while ensuring high repeatability and efficient material usage.

The combination of precision dispensing, modular automation, and scalable process integration enables efficient workflows for research, pilot production, and industrial printed electronics manufacturing applications.

New positive result of working together on the currently ongoing BASMATI project of the European commission* can be seen. microdrop Technologies is succesfully printing pattern with copper ink, developed by Genes'Ink.