Inkjet Printing Equipment for Perovskite Solar Cell Manufacturing

We are provoding perovskite solar cell manufacturing equipment that features sophisticated inkjet technology by partnering with Gosan Tech Co., Ltd. from South Korea., which owns this technology. Gosan's inkjet system realizes ink application with high consistency and speed, enabled by their original pressure control technology. Precision of the pressure control can be below ±5Pa and has achieved high consistency even across wide surfaces. With these advantages, Gosan has a track record of successfully suppling products for display and perovskite PV module production. For printhead, compatible products include those from EPSON. Inquiries from here.

Pulse series ｜Wave series ｜Beat series

Pulse Series

pulse series

Inkjet facility that performs a uniform thin film coating and patterning process for perovskite solar cells consisting of the precise head control system, including head modules and maintenance modules.

Small and portable model
Easy to replace chemical liquid with a head module that's easy to detach
Multi-head structure reduces process time
Each size and head specification may be changed according to customer request
Model Weight: 100
Model Size: 708mm x 785mm x 645mm

Wave Series

wave series

Consists of a head module including a precision head control system with a glove box to perform uniform thin film coating and patterning processes under N2 conditions.

Inkjet printing equipment with pixel printing function using inkjet print head
Control of oxygen and moisture concentration of less than 1ppm by nitrogen substitution
High-precision stage (Position accuracy: +/-3μm or less)
Vision measurement system (Glass view camera, Nozzle view camera)

Beat Series

beat series

Inkjet system, which supports multi-layer thin film laminated structural formation and RGB Patterning, is supplied for R&D with our own technologies, which are micro-negative control. This equipment is an inkjet facility that performs a uniform thin film coating and patterning process for perovskite solar cells consisting of the precise head control system, including head modules and maintenance modules.