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1. Inkjet printing and coating device for experimental DPN specifications. 2. Usable with KM256LNB-DPN.
1. This is an inkjet coating device with DPN specifications for experimental use. 2. Konica Minolta's KM256LNB-DPN and others can be used.
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.
Lithium battery ⇒ Bipolar ⇒ Dry electrode ⇒ LFP lithium battery ⇔ Inkjet application Which battery manufacturer will complete the development first?
Which type of lithium battery is applicable for inkjet? Is it also applicable for the formation of positive and negative electrodes? Lithium battery ⇒ Bipolar ⇒ Dry electrode ⇒ LFP lithium battery ⇔ Which battery manufacturer will be the first to complete development for inkjet application? Is the key the Su adhesion method on both sides of the current collector? Bipolar ⇒ Dry electrode ⇒ LFP lithium battery is the only method that surpasses Chinese, Korean, American, and EU batteries in terms of price, performance, and compactness. ● The inkjet method enables liquid application processes and plating processes with a discharge of up to 100 cps, contributing to process efficiency. Other processes are also possible.
Exhibiting at the Converting Technology Comprehensive Exhibition 2019: Inkjet high-precision experimental equipment for coating film formation compatible with various companies' inkjet heads!
An inkjet coating experimental machine with high-precision mechanical specifications that corresponds to various companies' inkjet heads, designed to meet customer (user) requests. Compatible heads: Dimatix, Ricoh, Konica Minolta, Kyocera, Panasonic, Xaar, etc. Multiple head installation ⇒ Optional. Features: 1. Solvent-resistant head specifications ⇒ Compatible with NMP, MEK, etc. 2. Large droplet discharge heads available 3. Large coating area (reciprocal printing, multiple heads installed) 4. Circulation system for heads - circulation pump can be installed 5. Simple ink splash observation device included 6. Computer-based printing control software included 7. Color printing capability *We will be exhibiting at the Converting Technology Comprehensive Exhibition 2019! ■ Date: January 30, 2019 (Wednesday) to February 1, 2019 (Friday) 10:00 AM to 5:00 PM ■ Venue: Tokyo Big Sight (Tokyo International Exhibition Center) ■ Booth Number: East Hall 2, 2R-01
