Overview of research and applications based on inkjet technology

MicroFab Inkjet (microdispensing) technology has the advantage of precise digital control, which can produce liquid lift (pl) grade droplets with micron (1μm) precision motion platform for spot, line and surface painting and printing . It can be conveniently applied to a wide range of process and scientific research fields such as micro-distribution, OLED, coating, functional material printing, material deposition, printing electronics, and biomedicine.

We sell not only products, but also technical services and years of application experience. Our products have some unquestionable advantages (cleanable, controlled in the gas phase, higher heating temperatures, a wider range of solutions, allowing particles in the liquid, high precision, highly customized). Our sales response is timely and more professional, providing one-stop service. We can assist clients in applying for projects, transforming products, etc. We have many years of experience and we have a wide range of clients.

1, biomedicine

Highly uniform microspheres, microcapsules, tissue engineering, nerve regeneration catheters, stent sprays, particles, multi-layer microspheres, biosensors, medical diagnostics, drug delivery, microchemistry, protein crystallization, protein/DNA arrays, cell/drug targets Transmission, 3D bioreconstruction, DNA analysis, gene chip, fluorescent labeling, microarray chip, chip lab, nanomedicine .

2, printed electronics

Flexible electronics, PCB additive, organic electronics, nano-metal conductors (nano-copper, nano-silver, carbon nanotubes), solder, conductive polymer resistors, organic electronic panels, sensors, micro-fabrication, metal, 3D packaging.

3, optical device

OLED, PLED, organic display device, TFT, OTFT, microlens, micro-grating, color filter.

4, new energy

Solar cells, fuel cells, proton exchange membranes, quantum dots, dye sensitization, CIGS cells, thin film cells.

More new applications are looking forward to your joint development with us. . .