- New Product
Exhibition: nano tech 2021
Zone: Application:Nano Innovation zone
Welcome to the Ricoh Nano tech Online Exhibition.
Ricoh imagines what the future could bring.
We help companies and individuals transform the way they work and harness their collective knowledge.
(Latest nine products / research and development technologies in total)
Introduction to the exhibits
We are pleased to introduce our latest technologies and products below.
2. Antibacterial/Antiviral Structural film printing
4. Gas/Odor Sensing
5. Inkjet Printed Battery
6. Reference DNA Material for genetic testing
8. Solid-state dye sensitized photovoltaic device
9. Organic thin-film photovoltaic device / Perovskite photovoltaic device
10. Ceramic Organic Hybrid Device
Product 2 Sample
Antibacterial/Antiviral Structural film printing
We are developing a technique that prints micro-structured film with anti-bacteria/virus effect onto medium. Amount of coating is adjustable based on medium. The printed film physically damages certain type of bacteria/virus without medical agent regardless of usage environment. Materials for film/media can be found from a variety of choices. We aim to cover a wide range of application.
Liquid marble for microbial production
We have successfully encapsulated microorganism alive in liquid marble by combining ant cow’s knowledge & our core technology. This liquid marble is a shelled droplet, which can supply & extract various substances through its tiny gaps in the shell. With this technology, we aim to provide innovative solutions for management of microorganism mass culture & valuables extraction.
Product 4 Sample PDF
Gas/Odor sensing technology enables anomaly detections, visualization of air quality, and healthcare applications based on volatile organic compounds from human. This technology is useful for on-site detections of gas mixture with various chemical properties and concentration less than ppm. We look forward to discussing potential opportunities of collaboration with you.
click here for more information and web meeting (TEAMS).pdf
Product 5 Sample
Inkjet Printed Battery
We are developing printing manufacturing technology for rechargeable batteries by combining the inkjet technology and material technology. This technology enables the formation of free-form electrodes and thin film printing.In the future, by making it possible to print the entire battery, it will contribute to the miniaturization of the battery and the reduction of the manufacturing process.
Product 6 New Product
Reference DNA Materials
These are used to validate the detection limits and sensitivity of PCR tests. It has been difficult to provide a reference material with a defined number of DNA molecules in the low concentration range of less than 100 molecules. We have made it possible by using a bioprinting technique. The accuracy of the PCR test can be ascertained and the risk of false negative and false positive is reduced.
Human-neuron assay system for pharmacological and toxicological analyses
We have developed ready-to-use MEA(Multielectrode array)plate containing human iPS-derived neurons. The combination of Quick-Tissue differentiation technology of Elixirgen Scientific and bioprinting technology of RICOH leads to the world’s first live neuron transportation. Our product can significantly reduce the laborious and time-consuming work involved in drug development process.
Solid-state dye sensitized photovoltaic device
Ricoh has developed the "RICOH EH DSSC Series" by applying the organic photoconductor technology.
No electrolyte is used, No liquid leakage or corrosion.
High power generation even in low-light environments such as factories and warehouses.
We aims to contribute to the IoT society by realizing battery replacement-less and charging-less as an independent power source for sensors.
Organic thin-film photovoltaic device / Perovskite photovoltaic device
We are working on the development of Organic thin-film photovoltaic devices and Perovskite-type photovoltaic devices. Former can be used indoors and semi-outdoors, and that are lightweight, thin, and bendable. And latter can generate power even in space.
We aim to realize a world without charging by using photovoltaic devices that can be used in various places from indoors to outdoors and in space.
Ceramic Organic Hybrid Device
We introduce our ceramic coating technology for organic devices. With this technology, both the physical properties of organic materials and the physical properties of strong ceramics can be achieved.
By applying Ricoh's OPC material technologies, we have realized a ceramic coating that maintains device function. We would like to contribute to improving the reliability of all organic devices.
*The following information is provided to enable inquiries to exhibitors.
Unauthorized use and reproduction for any other purpose is prohibited.
3-6 Nakamagome 1-chome, Ohta-ku, Tokyo, Japan, Tokyo Japan 143-8555
URL : https://jp.ricoh.com/