Latest posts
Large-scale mass production demonstration base (AMC Nagoya)
Having established a large mass-production and research complex within the Nagoya factory rented from Mitsui Chemicals Co., Ltd. since July 2020, we started shipment of mass-produced products in April 2021.
JVA2021 Award Ceremony: A short speech by our CEO, Shinya Shimizu.
Here is a short speech from our CEO, Shinya Shimizu, at the "Japan Venture Awards 2021" ceremony held on March 1.
P-Flex® single-sided flex PCB mounted with a QFP
This mounted sample circuit board (polyimide substrate) is formed in a pattern that allows the mounting of a 0.5mm Pitch QFP, enabling connections to FPC Connectors and making it suitable for use in a flexible variety of use cases.
【Press Release】Elephantech Starts Operations at its Large Mass-Production and Research Complex
Elephantech is pleased to announce that, as of January 2021, the company has started operations at its large mass-production and research complex for P-Flex® ("AMC Nagoya").
We’ve updated a brochure for Company Profile (as of February 12, 2021）
We’ve updated a brochure for Company Profile (as of February 12, 2021）
【Press Release】P-Flex® Design Win for EIZO Corporation’s FlexScan® EV3895 Ultrawide, Curved Monitor
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.
P-Flex® 5 “P” of transparent capacitive touch sensor electrodes
P-Flex® 5 “P” of transparent capacitive touch sensor electrodes ・PET ・PEDOT:PSS ・Protection layer ・Paste ・Pure Additive
“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.
“New Manufacturing with Additive Manufacturing” page is now available.
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.
【Press Release】Elephantech to welcome staff on loan transfer from Sumitomo Corporation
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.
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.
Elephantech’s company and product information and specifications （Updated October 22,2020）
You can download all of Elephantech's company and product information and specifications at once.
Our Prototype Inspection Specifications for the Flexible PCB, P-Flex🄬 is now available! (v2.0.0)
P-Flex Prototype Inspection Specifications v2.0.0 is now available for download!
Our Prototype Specifications for the Flexible PCB, P-Flex🄬 is now available! (v6.0.0)
P-Flex Prototype Specifications v6.0.0 is now available for download is now available for download!
【Press Release】Nisshinbo Mechatronics and Elephantech Agree to Develop Molded Parts for ADAS Vehicles Using IMPC® Technology
Nisshinbo Mechatronics and Elephantech Agree to Develop Molded Parts for ADAS Vehicles Using IMPC® Technology
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.
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)
“Latest innovations and techniques using IMPC®” page is now available.
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.
Our Design Guideline for the Flexible PCB, P-Flex🄬 is now available! (v1.3.0)
P-Flex Design Guideline v1.3.0 is now available for download!
Biosensor：Launch of the Additive Manufacturing Center (3)
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.
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)
Our original pure additive™ processing
Our original pure additive™ processing
“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.
[Inkjet Lab Vol.2] Printing and analyzing liquids you can find at home!
[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.
Elephantech Site Map
Elephantech Site Map
“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.
