Inkjet Printheads Technology
Micojet Technology develop our own patented thermal inkjet printheads and piezo dispensing heads through the integration with MEMS process, and have became one of the leading manufacturers within the industry. To ensure the printings are all vivid and fine, we also provide our special formulation dye-based or pigment-based inks. Microjet Technology is confident to offer the best printing solution for you according to your requirement.
Inkjet Print Engines Technology
The key Inkjet Print Engines technologies that MicroJet has reached include inkjet controller firmware, PC Drivers, Color Calibration, Print Bar (Carriage and Alignment), service stations(wiper and capper), and inking system, etc. With our highly integrated Inkjet Print Engines, we are able to provide stable and flexible customize printing solutions applying to a wide range of applications. The Inkjet Print Engine technology including:
Specialty printing Such as CD printing, label printing, barcode printing, POS printing, postage printing, copy machines and fingernail printing, etc.
Such as wide-format printer, inkjet plotters, flatbed printers, and photo kiosks, etc.
Office / Home printing
Such as desktop inkjet printers, multi-function printers, fax machines, photo printers, and portable printers, etc.
3D rapid prototyping
Such as 3D printers.
3D Rapid Prototyping Technology
3D Rapid Prototyping technology is applied to make full color models with perfect accuracy directly from digital data. The system accepts data from multiple 3D software, including 3ds Max, Maya, ZBrush, SolidWorks, Pro-E, and AutoCAD(3D format), 3D scanners, and 3D library. The solid models are composed of composite-powder via our CometureJet® 3D printers.
Microjet Technology’s 3D Rapid Prototyping technology is developed to overcome the complex nature of art works and engineering parts. Our 3D modeling technique is much more efficient and effective in both time and economic perspective comparing with traditional hand-made models thanks to the capability of forming models directly from 3D data and creating accurate and fully colored models in hours.
Piezoelectric Micro Fluidics Technology
MicroJet develops Piezoelectric devices that are composed of piezoelectric actuators, micro-electronics, mechanical elements, etc. We focus to design and manufacture piezoelectric devices by micro injection molding, micro-fabrication, MEMS etching technology, and metal-based and polymer-based etching in various applications.
Piezoelectric actuators convert electrical energy into mechanical energy by converse piezoelectric effect from PZT ceramics. Piezoelectric devices have the advantage of low power consumption and are ideal solutions for battery operated or energy-saving products.
CurieJet® Piezoelectric Diaphragm/Membrane Micropump, with very low power consumption, is ideal for battery operated or energy-saving applications. For examples, it can be applied in Chip, Computer, Led liquid cooling, Water (Liquid)-based cooler, Direct Methanol Fuel Cell (DMFC), Reformed Methanol Fuel Cell (RMFC), Bio-Medical equipment (drug delivery), insulin dosing, Printer Bulk ink supply system and household appliance, Automatic soap dispenser, Automatic hand sanitizer (sanitizing) dispenser and gas sensor...etc.
Piezoelectric MicroSprayer, a kind of atomizer with vibrating nozzle plate, can be applied in MicroCooler, Nebulizer for Drug Delivery System and Proton Exchange Membrane Fuel Cell (PEMFC).