Mitsubishi NanoBenefit 3G Series
Silver Nano Ink and Silver Nano Inkjet Media
Printed Electronics
The evolution of producing printed electronics — printing semiconducting organic polymers or conductive ink on paper or plastic to create electronically functional devices — is taking a leap forward. NanoBenefit 3G Series makes time-consuming and capital-intensive thermal curing and other additional processes that are traditionally used to produce conductors no longer required.
Creating functional electronic devices faster, more easily and more cost-effectively is vital to research institutions, development engineers and integrators alike. Applications, once too complex or cost-prohibitive, are now viable with advanced Silver Nano Inkjet technology. These new manufacturing methods will play an increasingly important role in a wide range of both established and emerging applications.
Transforming Printing Electronics
Mitsubishi Imaging, a respected leader in the printing industry, is recognized for its innovative development and application of conductive and resistive inks. Drawing upon on our proprietary dispersion and nano technology, we have
created the NanoBenefit 3G Series, a revolutionary approach to printing electronics.
Whether it be in research labs or in test areas, development engineers can print with Diamond Jet Silver Nano particle ink on a variety of Mitsubishi specially treated media for conductivity in seconds without heat or flash exposure sintering. With this simple method, it’s possible to create electro-conductive patterns and test them immediately.
Delivering Dependable Results
Mitsubishi’s NanoBenefit 3G Series delivers performance you can rely on. Our confidence in these fast conductivity results comes from years of testing our Diamond Jet Silver Nano particle ink formulation as well as the development of our specially designed media composition.
Available in three different substrates, the self-sintering Mitsubishi special inkjet media utilizes an adhesion layer to ensure pattern integrity, a micro-porous, solvent-absorbing layer for flexibility, image quality and instant dry benefits. The proprietary chemical sintering agents produce instant electrical conductivity and the resultant patterns look like gold foil stamping.
Whatever your application, Mitsubishi offers the proper substrate type to suit your needs. Available in rolls or sheets, Silver Nano special media includes resin-coated paper, and transparent and white PET films.
Questions about Mitsubishi Silver Nano Ink and Inkjet media?
North & South America - NanoInk@mitsubishiimaging.com
Asia-Pacific and Euro Zone - agnano@mpm.co.jp
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Video Demo
- Electrical circuits: Keypads, flex circuits, membrane switches
- Displays: Signs, monitors, disposables, electroluminescent lamps
- Inkjet-printed electronics like organic TFT
- Inkjet printed conductive circuits of LCD, e-paper, etc.
- RFID (HF, UHF, Sonar antennae): smart cards, passports, ID cards, asset tracking
- Sensors: Consumer products, touch devices, medical diagnostics, toys, pollution monitoring, disposables
- Photovoltaics: Collector grids
- Security: Identification, anti-counterfeiting, tracking, sequential serialization
- Inkjet printed antibacterials
- Eco-friendly, water-based nano particle inks
- Unique anchoring layer on the substrate ensures good pattern adhesion.
- Substrate’s micro-porous layer provides flexibility, image quality and instant dry characteristics.
- Proprietary chemical sintering agents produce electrical conductivity in seconds.
- Designs progress swiftly from concept to prototype to production.
- Digitally printed, self-sintered electronics accommodate variable data to facilitate mass customization with rapid throughput.
Silver Nanoparticle ink (100ml) and Silver Nano Media (8 1/2" x 11"; 100-sheet pack).
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