Small Development Printing Device for Research and Development HPD40
【Process】Input → Development → Liquid Cutting → Water Wash 1 → Water Wash 2 → Squeezing → Extraction 【Substrate Size】Max. W400×L500mm Thickness 0.4〜2.0mm 【Nozzle Swing】Horizontal Swing 【Device Size】W1420×L1950×H1645mm - Space-saving for research - Ideal for material development and testing - Capable of developing PCBs and LCDs
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basic information
◆ High-precision development is possible due to the fine pattern-compatible nozzle arrangement. ◆ High-precision development is possible with independent pressure control (upper spray). ◆ Can be installed in narrow spaces. ◆ High-precision development is possible due to the fine pattern-compatible nozzle arrangement. ◆ Standard model, allowing for short delivery times. ◆ Customization according to specifications is possible. ◆ Compatible with various development solutions.
Price information
4.5 to 5 million yen (price of the equipment itself)
Price range
P5
Delivery Time
※3 to 4 months
Applications/Examples of results
◆Conditions before setting up the mass production line ◆Evaluation and research of materials and chemicals ◆Basic research and development ◆Quality control ◆Small-scale production
Company information
◆Development, etching, stripping devices/cleaning devices for FPC ◆Development, etching, stripping devices/cleaning devices for COF ◆Development, etching, stripping devices/cleaning devices for FPD (TFT/PDP) ◆Cleaning devices for solar cells ◎Fine technology Fine results cannot be reproduced without a comprehensive design that combines nozzle arrangement, nozzle characteristics, oscillation, pressure adjustment, etc. ◎Thin plate transport technology Experience and proven results are essential for transporting thin plates without damage. The Ninomiya system has incorporated creativity and ingenuity to achieve reliable transport. ◎High reliability Devices designed to achieve a higher level can be used with confidence by our customers. The Ninomiya system does not compromise on device manufacturing.
