Elephantech's P-Flex® has been adopted by EIZO Corporation for the mass production of its FlexScan® EV3895 monitor and is used in its control switches.
The PEDOT transparent touch sensor benefits from the transparent soldermask of the single-sided flexible PCB P-Flex® PET and can be made in any shape or design.
Elephantech will promote digital manufacturing with the aim of expanding additive manufacturing through inkjet printing, which is characterized by its digital nature and high degree of freedom in modeling.
Elephantech is pleased to announce that, as of October 2020, the company is welcoming a member of staff from Sumitomo Corporation on a loan transfer scheme.
An electrochemical sensor is a sensor that uses redox potential to determine the state of a product. We will introduce you to an electrochemical sensor made of P-Flex® PET, a flexible substrate.
By integrating the resin and the circuitry, the design can be optimized over a wider area, resulting in various advantages such as weight, thickness and cost reductions.
We hope to accelerate the expansion of manufacturing possibilities to further expand the innovative additive manufacturing of inkjet technology and its social implementation.
AMC (Additive Manufacturing Center) brochure is now available. By leading the world with AM, we aim to make AM a major manufacturing method in Electronics, Healthcare, Textile and Optics.
At the IMPC LAB, our aim is to contribute to humanity and society by reinventing manufacturing through the use of next generation IME (In-Mold Electronics) technologies.
This is an article about biosensors. Elephantech's 3-pole electrochemical sensor was tested for performance by connecting it to a DropSens potentiostat and found to be fully functional, etc.
The IMPC™ (In-Mold Printed Circuit) solution is a design and manufacturing solution that integrates electronics and resin. It optimizes the entire component, which provides a variety of benefits such as weight reduction, thinning, and cost savings.
[Inkjet Lab Vol.2] Printing and analyzing liquids you can find at home! I'm really looking forward to running these experiments on printing materials we can find at home and analyzing the results.
"Additive Manufacturing Center" page is now available.By leading the world with Additive Manufacturing (AM), we aim to make AM a major manufacturing method in Electronics, Healthcare, Textile and Optics.
[Inkjet Lab Vol.1] The first experiment will be to make an origami crane fly by itself. I decided upon this project as I thought it'd be fun to see an origami crane flutter its wings and fly away.
I'd like to follow up on my last post by mentioning that I noticed some key words that keep popping up in the research done by explorers who keep hacking home printers and trying different things!That key word is biosensors.
How does the ink get discharged from the inkjet head? What kind of waveform will allow the ink to be discharged in a clean and efficient manner? If any such question arises, please feel free to contact me.
We established the Additive Manufacturing Center (“AMC”) in April of 2020 and, having in June welcomed Mr Kawamoto on loan from Mitsui Chemicals as the center’s director, we’re all set to start operations.
Elephantech has launched an inkjet characteristics evaluation service using Epson's highly acclaimed, high-performance PrecisionCore printhead to run the following tests.