300 mm version of the inkjet coating device for perovskite solar cells
300mm Coating Platform for Perovskite Solar Cells
Please contact us for the inkjet method of perovskite solar cells.
A device for manufacturing perovskite solar cells using inkjet printing methods. It allows for various techniques using organic solvents such as DMSO/DMF, acetonitrile, TiO2, SnO2, and poor solvents (toluene). By exchanging heads, it is also possible to demonstrate the application of not only the perovskite layer but also the electron transport layer, hole transport layer, and encapsulation film. Heating of the coating surface to 100°C is possible, and an N2 air discharge mechanism is also available. Perovskite crystallization can be achieved using a separate device with the poor solvent method, and a 175 nm light source for surface modification cleaning is available with a separate device. It is a platform for coating on glass with a 300 mm coating area, featuring a 3-axis linear stage, precise negative pressure control for the head, a high-speed inspection machine for nozzle defects, and a maximum coating speed of 1 m/s. Pattern coating is possible, eliminating the need for laser pattern cutting.
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basic information
This is a platform for a 30 cm glass coating area.
Price information
35 million yen to 50 million yen
Price range
P7
Delivery Time
※Approximately 6 months
Applications/Examples of results
30 cm glass perovskite solar cell demonstration device
Detailed information
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Perovskite solar cell inkjet printing technology
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Company information
Y-Drive Co., Ltd. is a company that develops and researches printed electronics technology. In addition to the production of electronic devices using inkjet methods, micro-nano molding methods, and printing methods, we also undertake the fabrication of fine 2D and 3D printed wiring/structures (fabrication of structures at scales below a few micrometers) and the development of various electronic circuit boards. We also accept contracts for various image processing software (camera systems and 3D sensor systems), FPGA design, electronic control software development, and embedded electronic device development.
