core competitiveness

core competitiveness

Whether you are looking for complete(Inkjet printing system, drive control engine, ink supply system or a single print head),You've come to the right place. We provide development services for many different project requirements, and all the information you need to make the best choice is on this page. Or, give us a call and we'll guide you in the right direction.

From software and hardware sales to inkjet printing system integration development, to complete machine equipment automation, we can help you achieve complete solutions for your industrial printing needs.

R & D strength

control algorithm. The so-called mathematical model is the mathematical expression of the dynamic characteristics of the system. It reflects the quantitative and logical relationship between system inputs, internal states and outputs. These relational expressions provide the basis for the computer to carry out arithmetic processing, that is, the control algorithm is derived from the mathematical model. The so-called computer control is to control according to the specified control algorithm. Therefore, the correctness of the control algorithm directly affects the quality of the control system, and even determines the success or failure of the entire system. Algorithmic logic is often used in the field of digital inkjet printing technology, including automatic control, optimized design, and image processing. In addition, the image algorithm refers to an algorithm used for processing an image. Including image denoising, image transformation, image analysis, image compression, image enhancement, image blur processing, etc.

drop point accuracy
drop point accuracy

The drop-point accuracy is a reflection of the high-precision alignment error of the ink-jet dots, and is an important parameter for uating the control accuracy of the ink-jet printing system.

edge control
edge control

Through the calculation, the precision of the wave peak droplet at the edge of the inkjet droplet formation is optimized and controlled.

thickness compensation
thickness compensation

When the inkjet droplet spreads on the substrate, surface defects and other reasons will cause the solute to "pin" at the contact line, and the droplet will continue to maintain this spreading shape. Due to the rapid evaporation of the solvent at the contact line, the solution will The solvent is transferred from the middle of the drop to the edge of the drop to compensate for the volatilized solvent, and finally the solute is deposited on the substrate to form an uneven film with a thick edge and a thin middle, that is, the "coffee ring" effect, and the uniform diffusion accuracy of micro-nano is controlled by thickness compensation technology.

super inkjet
super inkjet

This is a super inkjet technology jointly developed by the Inkjet Research Institute and the Nano Research Institute. Compared with the droplet size that can be discharged by the inkjet print heads used in the current inkjet printers on the market, the ultrafine droplets spit out About 1/10 or less (volume is 1/1000 or less). In addition, the range of corresponding viscosity is 0.5-10,000/mPa.s, which realizes high-precision non-heating discharge that cannot be achieved by traditional inkjet technology. As a result, we have achieved results in the discharge of a wide range of liquids such as nano inks such as Ag and Au, insulating inks, various resists, adhesives, and proteins.

Corresponding to high viscosity
Corresponding to high viscosity

Subverting the existing inkjet concept and realizing high viscosity non-heating discharge of 10,000/mPa.s.

Three-dimensional structure formation
Three-dimensional structure formation

Since ultrafine droplets have very high drying properties, droplets discharged in a liquid state are quickly dried and volatilized. Therefore, by making them land in the same position, a three-dimensional stacking structure can be formed, which is common in the biological field.

Advantages of cooperation

application experience. Since the sales business of printing devices and driving devices in 2016, it has accumulated application experience in various industries. What kind of printing head matches what kind of driving electronic device is used in what kind of application field? We've got it all done!

Official partner
Official partner

From inkjet printheads, drive electronics, development/optimization tools, system components, electronic accessories, fluid materials and various software and hardware products, we have strategic cooperation with third parties, including their technical service support.

On-demand stocking mechanism
On-demand stocking mechanism

From the establishment of a strategic partnership (that is, signing NDA and other related agreements), we will establish a safety stock stocking mechanism for quarterly to annual procurement plans, no longer experience the business crisis of holding money and waiting for products to restart, and provide high-quality enterprises. Provide the maximum capacity stocking support policy.

Core device warranty service
Core device warranty service

We "develop" real after-sales quality assurance services in the sales business of core devices such as printing devices and driving devices, including "returnable" and "repairable" services, and can also help major brands officially settle and develop other new applications. Technology capture and cooperation in the field.

Financial support policy
Financial support policy

Provide a variety of settlement methods for payment transactions, provide high-quality enterprises with maximum financial support and help, and solve the turnover utilization rate of enterprise cash flow.

success case

core results. Our technological achievements will impact science and human health, and we hope that through our experienced team can revolutionize the many ways you achieve digital system integration, we believe that there are limitless possibilities. Here you can find a strategic partner and solution provider, while confidentiality is paramount.

LCD Printing Solutions
LCD Printing Solutions

The droplet jet printing technology is applied to the preparation process of the light-shielding layer of various liquid crystal screens such as mobile phones, Pads, and TVs.

Biosynthetic Printing Solutions
Biosynthetic Printing Solutions

Applying droplet jetting technology, special jet printing equipment is developed, and more than 5 kinds of reagents for DNA synthesis are accurately canned in column synthesizer and chip synthesizer according to 768-10000 flux reaction chambers.

3D Sand Printing Solutions
3D Sand Printing Solutions

In view of the complex structure and high dimensional accuracy of key components of weapons and equipment, the development of blasting special weapons casting components uses sand-type 3DP additive manufacturing technology and special equipment.

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