TactoTek Inc.

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2023

Unravelling Competing In-Mold Electronics Manufacturing Methodologies

Smooth, functional surfaces that provide touch sensing, often with backlighting, are becoming increasingly common. Applications range from vehicle interiors and domestic appliances to medical devices and aircraft seating. Rather than relying on a mechanical or membrane switch, these surfaces utilize capacitive touch sensing - the same principle used in smartphone displays.

TactoTek adds TracXon Solutions to enhance supply of IMSE Technology

Finnish IMSE pioneer TactoTek and TracXon, an innovative spin-off of the Holst Centre, have signed a license agreement

Tactotek

Tactotek has developed a methodology for producing decorative surfaces with embedded electronics functionality, termed in-mold structural electronics. IDTechEx caught up with SVP for Business Development Dave Rice to learn about the current status of both the technological development and its adoption into different markets.

MacDermid Alpha

MacDermind Alpha produces 'electronics manufacturing solutions', encompassing a wide range of materials and processes. At the 'Printed Electronic Innovations Showcase Day', it outlined its in-mold electronics portfolio.

2022

E2IP

Canadian firm E2IP outlined how its screen-printing and molding technology can be used to create meta-surfaces for manipulating wireless communication signals.

Finnadvance

Finnadvance is an organ-on-a-chip company for biomedical and pharmaceutical research. IDTechEx visited and spoke with the Finnadvance team.

Tactotek

In a recent webinar, Tactotek outlined how its in-mold structural electronics (IMSE) components can be utilized for smart surfaces and smart homes. This is a different target market to the often cited applications for in-mold electronics in the automotive and domestic appliance sectors.

TactoTek Licensee Nanogate is ready for IMSE Manufacturing

TactoTek announces that its licensee, Nanogate, is ready to mass produce IMSE parts. Nanogate recently completed the IMSE Builder technology transfer and has verified IMSE manufacturing capabilities.

DuraTech Industries Licenses TactoTek Technology

TactoTek and DuraTech Industries announced that DuraTech has licensed TactoTek IMSE technology. DuraTech is a TactoTek Design and Innovate licensee with rights to sell, design, and produce parts that use TactoTek's intellectual property which includes 44 patent families with over 130 granted patents, as well as extensive trade secrets and know-how for designing and producing IMSE parts. DuraTech will create and deliver IMSE solutions for its customers in North America and around the world from production facilities in the USA.

Tactotek

Sustainability is a challenge for in-mold electronics (IME) due to the integrated nature of the components. This profile reviews a recent Tactotek webinar discussing sustainability for IME, which included a new life cycle analysis.

In-Mold Electronics: Multiple Players, Diverging Strategies

How do we communicate with our electronic devices? There are many different 'human-machine interfaces (HMI)' options, ranging from the well-established (keyboard/mouse/mechanical switches) to somewhat more recent developments such as the capacitive touch screens found on smartphones. As greater numbers of devices around us gain 'smart' functionality, the ability to incorporate HMI components elegantly and cost-effectively is increasingly important.

2021

Symbiose

Symbiose are spin-off from CEA Liten that are developing in-mold electronics (IME). The company has recently built a factory near Bordeaux, with the aim of becoming a parts manufacturer. IDTechEx met Symbiose and interacted with its demonstration components at Huawei's Smart Cockpit Workshop in December 2021.

TactoTek: Smarter surfaces for a smarter future

Whitepaper by TactoTek: How 3D Structural electronics will change the way we design, create and experience the future

TactoTek Secures €22 Million Grant and Loan Funding

TactoTek, the Finland-based company that develops and licenses Injection Molded Structural Electronics technology, announced that the company has received up to €15 million in financing from the European Guarantee Fund. TactoTek is the first company to receive an EGF investment. TactoTek engaged the Grannenfelt Finance to support investment application and processing.

Canatu

Canatu is a Finnish carbon nanomaterial developer, delivering engineered solutions based on carbon nanotubes and its proprietary carbon nanobud (carbon nanotube and fullerene hybrid) material. The company's focus is in the automotive and semiconductor industries. It is able to manufacture freestanding carbon nanotube films at thicknesses in the tens on nanometres.

PolyIC

PolyIC produce capacitive touch sensors based on transparent conductive films, which can be integrated within 3D plastic parts. This update profile is based on a presentation given at the 'Elantas Printed Electronics Day' in October 2021.

Faurecia

Faurecia is a tier 1 automotive supplier, based in France. As the largest supplier of vehicle interiors, it is investing in and developing in-mold electronics (IME) to produce decorative touch-sensitive interfaces with integrated electronics.

Clayens NP

Clayens NP is a large French company that describes itself as a 'specialist in metalloplastic and electronic transformation' - essentially shaping plastic/metal and integrating additional functionality. This profile focuses on Clayens NP's activities in the in-mold electronics space. The company was formerly known as Sintex NP, but changed its name in 2020.

Kyocera

IDTechEx interviewed Seiichi Karatsu, Atsushi Iwasaki, Daisuke Takahashi and Masanori Yamamoto from Kyocera about their activities in haptics, including their HAPTIVITY products and their latest work on haptics within in mold electronics.

Automotive Interior Differentiation is the New Battleground

Automotive OEMs are increasingly using interior features to distinguish between models and from other brands. There are, therefore, extensive opportunities for printed/flexible electronics to add additional functionality to the cockpit while facilitating efficient manufacturing.