development tool
From material analysis to system integration, we provide a range of optimization tools and services for ink characterization, print reliability analysis, and print head uation, including DEMO prototypes, print modules, RIP software, cyclic ink supply systems, cyclic cleaning systems, ink droplet observation systems, curing and drying systems, visual inspection systems, Plasma cleaning systems, print quality analysis systems, and other high-performance components and tools that are suitable for your development needs.
XYPrint Systems
characteristic
The XYPrint system for industrial inkjet is a complete high-precision inkjet system, which is an ideal choice for process development, printing research, direct product decoration, material deposition/additive manufacturing, and small batch production. By using Konica Minolta inkjet print heads, the highest accuracy, repeatability, and reliability can be achieved, aiming to cover the widest possible range of process parameters.
They provide complete flexible control over print head settings, printing parameters, and ink drying/curing, combined with high speed and precision
Sports. As a standard configuration, they come with a simple syringe based ink system that can quickly change ink types and minimize ink waste.
JetXpert
characteristic
Good spraying performance is only half of the development process; You still have to see how all the parts are combined with good vintage printed images. By using the JetXpert printing station to print samples, understand how optimized spraying works on different pre-treatment, substrate, curing methods, and more.
LAB-JET01
A multifunctional laboratory inkjet printing equipment with high flexibility and accuracy, suitable for your various functional material applications, especially for laboratories and development solutions that have not yet been solved. From fast to slow, from small to large, from one to multiple nozzles, optional with UV or infrared curing and drying. We always support you with the highest precision and commitment, introducing new processes and upgrades for you.
characteristic
An open platform that can provide various process parameters
Iteration from R&D development to full day industrial production
Multiple possible applications - compatible with drive devices from all leading manufacturers
Can configure print heads and ink materials from different leading manufacturers
Each configuration can have up to four different print heads
High precision mechanism design and automatic calibration function: including nozzle calibration and nozzle replacement strategy
Clear image user interface
Optional items
Built in UV curing printing
Built in NIR sintering system
Built in Plasma (Plasma Cleaning System)
Adjustable nozzle angle
Six axis and above rotating platform
Spray printing platform temperature control 0-60 ° C
automation
Environmental control: temperature and humidity
Micro Ink Drop Observation System (a very compact and highly integrated measurement system in real production environments, where droplet measurement under different process conditions helps optimize inkjet technology, fluid formulation, and overall system performance)
DMP-2850
Dimatix Materials Printer (DMP) is a desktop (desktop), laboratory material deposition system with an accuracy of up to micrometers. It is designed to micro precisely spray various functional fluids onto almost any surface, including plastic, glass, ceramics and silicon, as well as flexible substrates from films, gel and films.
characteristic
Flat substrate, xyz three-axis platform, inkjet deposition system
Low cost, user refillable piezoelectric inkjet cartridges
Built in droplet spray observation system
Calibration camera for substrate alignment and measurement
PC controlled variable spray resolution and pattern creation, with graphical user interface (GUI) application software
Capable of spraying multiple fluid materials
Heating vacuum platform
Ink cartridge cleaning station
Software included
MS LCD-JET X3
DOD on-demand inkjet printing technology is the next generation BM shading layer spraying process for LCD, and manufacturing based on inkjet has significant advantages. Firstly, it avoids the tedious traditional printing production line steps. In addition, inkjet printing greatly reduces capital equipment investment, related labor, land area, chemical usage, and related processing and disposal costs. The use of digital high-precision inkjet technology will greatly increase the production of BM layers.
characteristic
Advanced Bezel border BM shading layer inkjet printing solutionSystem highlights
The substrate size can reach 460x610mm (18x24 ")
With 3 parallel FUJI print head arrays, 2.4-200PL ink droplet size
Integrated Plasma, Thermal/Photocuring, Visual and AOI Process Detection
Equipment cleanliness level<100 Cass
Optional automatic LCD processing module, circular ink supply, and interface with other manufacturing equipment systems
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