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    • Features of super-fine inkjet technology
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    • Precision placement of nano-materials
    • Maskless precision patterning
    • Using nanopaste to draw a super-fine wiring pattern
    • Forming a three-dimensional structure
  • Examples
    • Microarrays of Phospholipid Bilayers Generated by Inkjet Printing
    • Inkjet printing for high-performance organic semiconductor devices
    • Realization of low-resistance ultra-fine copper lines using inkjet technology
    • Development of manufacturing process for optical lens mask
    • Development of ink jet bumping technology for ultra high density
    • Ink Jet Technology Realizes 1-Micrometer Channel Length Organic Transistors
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Change of Address Notification

This is to inform you that SIJTechnology, Inc. TSUKUBA R&D Center has moved to the below address as of December 1, 2015.

New Address

〒300-2635
5-9-5 Tokodai, Tsukuba-shi, Ibaraki, Japan
New Tel#: 029-896-5110
New FAX#: 029-896-5111

Sorry for the inconvenience this may cause, but we are confident to serve you better from this new facility.

Award Winning Super-fine inkjet system

Our super-fine inkjet system—which allows single micron scale patterns—is compact and can be placed on a desktop.

The system allows single micron scale patterns comparable to the photolithographic methods to be drawn directly under normal temperature and normal atmospheric pressure.

Front-end Tool for Printed Electronics

DFM Inkjet achieves a great efficiency improvement in the data generation and editing of inkjet equipment.

Data generation system "DFM inkjet" allows precise and accurate data conversion; CAD data (vector) ⇔ BMP data (raster). It also has a long list of useful features such as; Reinforcement Function, Thinning out, and Easy process evaluation with any adherence shape.

On-demand Modeling using Super-fine Inkjet Technology

Allows single-micron level microfabrication and femto-liter level super-fine inkjet application.

The technology allows the ejection of super-fine liquid droplets smaller than the conventional droplets ejected by a home-use conventional inkjet printer. They are roughly 1/10 smaller in size and 1/1,000 smaller in volume.

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