Digital micro droplet inkjet printing technology is applied to various advanced manufacturing and general industries. We provide professional, flexible, and scalable "core" integrated solutions that can expand the inkjet process of functional materials to industrial production levels。

Digital inkjet printing process solution

Inkjet printing technology is an additive manufacturing technique that coatings functional materials on substrates, suitable for various applications. These functional materials may have dielectric, conductive, adhesive, or specific mechanical, optical, or chemical properties. The printing device prints the material onto the substrate in ink droplets of the size of a skin liter based on the data in the digital file. With excellent ink droplet positioning and precise ink droplet volume, functional inkjet printing is very suitable for printing in fields such as electronics, displays, organic light-emitting diodes, sensors, printed circuit boards, semiconductor components, chemical etching, photovoltaics, life sciences, and optics. Inkjet printing can print fine features as low as 20 microns and can replace technologies such as lithography, screen printing, spraying, and dispensing. In inkjet printing technology, the typical distance between the substrate and the inkjet head is less than 1 millimeter, so it is still a non-contact deposition technology.

Main features: Micro droplet deposition inkjet printing technology will replace traditional process applications such as manual, spraying, coating, printing, and vapor deposition

Modular and robust design

  • √ Configurable hardware and software
  • √ Integrated pre-processing and post-processing modules
  • √ Basic platform selection for multiple applications and substrates
  • √ High precision level
  • √ Selection of industrial print heads
  • √ Connection with other processing equipment

Best Process Control

  • √ Nozzle and print image inspection
  • √ Automated print head maintenance
  • √ Using a process editor for flexible process control
  • √ MES connection
  • √ User level controlled access
  • √ Integrated in a clean and inert casing


  • √ Automated product processing
  • √ Multi language support
  • √ SEMI E10 is compatible with graphical user interface
  • √ Flexible recipe editor
  • √ Low maintenance costs
  • √ Easy replacement and calibration of print heads

Fast, accurate, and versatile

The use of inkjet printing technology is very extensive. It can not only directly deposit patterned coatings or uniform coatings (thickness ranging from tens of nanometers to tens of micrometers), but also as a non-contact deposition technology, inkjet printing is very suitable for fragile patterned substrates. It can fill grooves and cavities, making it an ideal choice for direct printing of etching masks and electroplating masks. Due to the large number of parallel nozzles on the industrial printing head, the working frequency is extremely high, so the speed of inkjet printing is very fast。

New inkjet printers for research and development, production and manufacturing Our inkjet printing system adopts a modular design, ensuring a high degree of customization without sacrificing reliability and delivery time。

The research and engineering use of our laboratory's research and development printer DMP2850 equipment has excellent flexibility and process control, which can accelerate product development speed and shorten product launch time. LAB-JET, XYprint and other DEMO series printing systems can be integrated into various highly automated large-scale production environments, ensuring extremely high production efficiency and reliability, and reducing operating costs。

A solution for replacing traditional spray printing application processes with micro droplet inkjet printing technology

Organic electroluminescent materials, applications such as displays, flexible displays, fluorescent labels, etc。

Tissue engineering, drug microspheres, oil in water, biochemical sensors, biochips, single cell, etc。

Functional fluids required for 3D printing and advanced manufacturing for prototyping and other purposes。

Flexible printing electronics, EUV light source tin droplet generation device, chip packaging, sensors, 3D microstructure, etc。

In the field of PCB, inkjet technology is still continuously developing, and the production speed and qualification rate of inkjet technology have become the mainstream factors affecting PCB printing。

Direct molding and inkjet printing on complex shapes require an understanding of the combination of ink and substrate, as well as the need for precise ink droplet performance and control。

Suitable for variable digital and print inspection, variable data collection for tobacco packaging, alcohol packaging, pharmaceutical and food packaging, lottery, ticket, ticket card making, etc域。

This solution achieves high-precision multi material spraying, printing of sensors, chip packaging, dielectrics, conductive agents, corrosion inhibitors, and adhesives