Latest posts
“PEDOT Transparent Touch Sensor” page is now available.
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.
Application Product Information：Ag/AgCl electrochemical sensor
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.
About the IMPC® (In-Mold Printed Circuit)
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.
Our vision for the future of AM (Additive Manufacturing)
We hope to accelerate the expansion of manufacturing possibilities to further expand the innovative additive manufacturing of inkjet technology and its social implementation.
Features of the Flexible Substrate P-Flex®
P-Flex® is a single-sided flex PCB manufactured using the Pure Additive™ Processing.
Ag/AgCl bioelectrodes
Ag/AgCl biological electrode made with P-Flex® boasts an overwhelmingly low resistance to electrodes due to its copper wiring and has an advantage in that parts mounting is possible.
AMC (Additive Manufacturing Center) brochure is now available.
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.
We’ve updated a brochure for Ag/AgCl electrochemical sensor (As of August 31,2020)
The brochure of Ag/AgCl electrochemical sensor has been updated. (As of August 31,2020)
We’ve updated a brochure for Ag/AgCl bioelectrodes (As of August 18,2020)
The brochure of Ag/AgCl bioelectrodes has been updated. (As of August 18,2020)
We’ve updated a brochure for Custom single-sided flexible flat cable (As of August 24,2020)
The brochure of Custom single-sided flexible flat cable has been updated. (As of August 24,2020)
“IMPC® Solution” page is now available.
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.
“Additive Manufacturing Center” page is now available.
"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.
Low moisture absorption – P-Flex® PET
Low moisture absorption P-Flex® PET has been evaluated in-house to comply with IPX-6 and may be used in environments prone to dripping water.
The Custom single-sided flexible flat cable page has been released.
With inkjet patterning / photo mask and mold less manufacturing, various custom requests are acceptable. We can make cables of any shape and pin count according to your request regardless of quantity.
【Video】Three-dimensional molded circuit components : IMPC® (In-Mold Printed Circuit)
IMPC (In-Mold Printed Circuit) is a type of IME technology where an inkjet-printed circuit film is given a three-dimensional form and integrally molded with various plastic resins. Here's an informative video on IMPC.
We’ve updated a brochure for P-Flex® PET (As of May 14,2000)
The brochure of P-Flex® PET, a single-sided flexible substrate, has been updated. (As of May 14,2000)
We’ve updated a brochure for P-Flex® PI (as of May 14, 2020）
The brochure of P-Flex® Polyimide., a single-sided flexible substrate, has been updated. (As of May 14,2000)
We’ve updated a brochure for P-Flex® (As of May 14,2000)
The brochure of P-Flex®, a single-sided flexible substrate, has been updated. (As of May 14,2000) It may be downloaded from our website.
【Video】The capacitive touch sensor electrode and how they are manufactured
Here's an informative video on transparent touch sensors and how they are manufactured.
P-Flex® for IMPC® (In-Mold Printed Circuit)
IMPC® (In-Mold Printed Circuit) is a kind of IME (In-Mold Electronics) technology in which a printed-circuit film is formed in a three-dimensional shape and integrally molded with resin.
Our Product Development
Status of ongoing product development
Myoelectric potential measurement by biomedical electrodes using silver/silver chloride electrodes
Myoelectric potential measurement by biomedical electrodes using silver/silver chloride electrodes
Tomoe type kirigami structure for 180˚ bends
Tomoe type kirigami structure for 180˚ bends
P-Flex® for IMPC® (In-Mold Printed Circuit)
IMPC® (In-Mold Printed Circuit) is a technology for integral molding to form three-dimensional molded film which electronic circuit was drawn on and resin.
How the non-stretchable flexible PCB can stretch
How the non-stretchable flexible PCB can stretch
Stretchable biological electrodes
Stretchable biological electrodes : we have succeeded in realizing a stretchable PCB by combining laser cutters and papercutting (kirie) techniques.
Expandable circuit board that makes use of a kirigami structure
Expandable circuit board that makes use of a kirigami structure
【Press Release】We have started production of bioelectrodes and electrochemical sensors
【Press Release】We have started production of bioelectrodes and electrochemical sensors
