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French Touch Pavilion at Touch Taiwan 2026

  • Mar 10
  • 4 min read

Updated: Apr 1


For the third consecutive year, UBIK is proud to bring the French Touch Pavilion to Touch Taiwan, one of Asia's most influential displays and optoelectronics exhibitions. This year's edition promises to be our most ambitious yet, with a larger pavilion and an exciting lineup of innovative French companies ready to showcase their cutting-edge technologies to the Taiwanese and international market.


Mark Your Calendar:

šŸ“… April 8–10, 2026 šŸ“ Taipei Nangang Exhibition Center, Booth L717 (4F)


Meet the French Touch Pavilion companies:

Aledia, a pioneer in microLED technology

Over the years, Aledia has developed a breakthrough microLED technology built on 3D GaN nanowires grown on silicon, delivering superior energy efficiency and a structural cost advantage compared with conventional microLED approaches.

This disruptive platform technology addresses a broad spectrum of high-value applications, including augmented reality (AR) microdisplays, display solutions ranging from small to large formats, and high-speed optical interconnects for AI data centers.

Manufactured on 200 mm silicon wafers, Aledia will showcase:

Ā·Ā Ā Ā Ā Ā Ā Ā FlexiNOVA, a high-voltage platform enabling 9V operation with ultra-compact 15 Ɨ 30 µm microLED chips, successfully integrated onto TFT backplanes.

·       Native RGB microLED panels for AR microdisplays, featuring a 2.5 µm pixel pitch and high directional emission for enhanced optical efficiency.

·       µLink technology, leveraging microLEDs non-polar and semi-polar crystal-plane engineering to deliver higher bandwidth, reduced drive current, and improved efficiency for next-generation AI data center optical interconnects.


Hummink, leading developer and supplier of High Precision Capillary Printing (HPCaP)


Hummink is the leading developer and supplier of High Precision Capillary Printing (HPCaP), a revolutionary micro-printing technology for the display, semiconductor, and printed electronics industries. Spun off from world-renowned

research institutes, the company is based in France with representatives worldwide, including the USA, Taiwan, Korea, Japan, and across Europe.Ā 


Inspired by Atomic Force Microscopy (AFM), HPCaP enables micron- and sub-micron-scale printing by using capillary forces and controlled resonance, without external energy sources such as UV, lasers, or pressure. A glass micropipette mounted on a resonator precisely deposits materials while adapting in real time to substrate topography. The technology achieves resolutions from 50 µm down to 100 nm and can print a wide range of materials, including high-viscosity inks. 


Hummink provides both equipment and inks through a single partnership. Its NAZCA platform is an all-in-one micro-printing solution for prototyping and small-scale production, while the technology can also be integrated directly into industrial manufacturing lines.

Luchrome, revolutionizing electronicĀ displayĀ with flexible and printed electronics

At Touch Taiwan 2026, French startup LuchromeĀ unveils Lusight, its breakthrough ultra-low-power display technology designed for next-generation visual and interactive applications. Recently recognized with the Innovation Award in Sustainability & Energy Transition at CES 2026, Lusight delivers up to 10Ɨ lower energy consumption than conventional displays, significantly extending battery life while supporting sustainable device design.


The technology is optimized for always-on and low-power applications, offering a clear, intuitive, and immersive visual experience across smart displays, wearables, IoT devices, medical systems, and next-generation HMI solutions.

Currently in its final qualification phase, Lusight will be available for pre-order in 2026.

Nanomade, leader in flexible and highly sensitive Touch & Force sensors

At Nanomade, we revolutionize human-machine interaction (HMI) with our ultra-thin, flexible, and highly sensitive Touch & Force sensors. Our patented technology enables surfaces—including glass, plastic, and even metal—to detect touch and pressure with precision, unlocking new interaction possibilities.


Ā By integrating our sensors into consumer electronics,Ā  automotive and aerospace, we enable seamless, intuitive controls with multi-level pressure sensing, gesture recognition, and high resolution haptic feedback. Unlike traditional capacitive touch, our solution provides true force detection, enhancing user experience without compromising on reliability and precision.Ā Ā 


Today, in partnership with PolyIC - a leading provider of printed electronics- Nanomade introduces the world's first fully transparent film combining both capacitive touch and ultra-sensitive force sensing. This innovation marks a major milestone in Human-Machine Interface (HMI) technology, enabling transparent, flexible, and illuminated control surfaces without compromising performance, aesthetics, or industrial scalability.

Plasma-Therm, global provider of advanced plasma processing equipment

Plasma-Therm is a global provider of advanced plasma processing equipment and process technologies supporting the development and manufacturing of next-generation electronic and optical devices. With decades of expertise in plasma etch, deposition, thermal processing, and plasma dicing, Plasma-Therm enables precise and reliable processing for applications including semiconductors, advanced packaging, MEMS, photonics, and emerging display technologies.Ā 


At Touch Taiwan, Plasma-Therm is highlighting process solutions that support advanced display manufacturing and optical device fabrication. These capabilities enable the production of microand nano-scale structures used in microLED displays, AR/VR optical components, photonic devices, and other next-generation technologies. Our systems are designed to deliver precise process control, repeatability, and flexibility to support both research environments and high-volume manufacturing.Ā 


Through collaboration with customers and research partners worldwide, Plasma-Therm continues to advance plasma processing technologies that help enable the next generation of display, optical, and semiconductor innovations.


SOLNIL, at the forefront of revolutionizing optical materials with our cutting-edge patented resin/NIL technology.

SOLNIL is developing purely inorganic material and a proprietary nanofabrication process for photonics applications. During Touch Taiwan 2026, we will be presenting our latest solutions for Augmented Reality, Displays, Optical Interconnects and Quantum.

UBIK, a strategic bridge between Taiwan and the world

UBIK, a strategic bridge between Taiwan and the world while simultaneously opening doors for Taiwanese businesses and professionals to connect with international partners, investors, and innovation ecosystems across Europe and beyond.


For Taiwanese companies and professionals, UBIK offers a unique gateway to the French and European innovation landscape. Whether you are looking to explore technology partnerships, source cutting-edge solutions, or expand your network across borders, UBIK is your trusted guide every step of the way.


Our services include:

  • Soft-landing & market entry support for international companies in Taiwan and abroad

  • Business matchmaking & strategic partnership development

  • Cross-border collaboration & delegation programmes

  • Event hosting & international pavilion management


šŸŽ¤ Our speakers on stage:


šŸ“… April 8 | What's Next Stage, Booth N1030

ā–ø 13:30 Luchrome : The next-gen energy-efficient display

ā–ø 14:00 Hummink — Pushing the boundaries to achieve sub-micron accuracy for MicroLED manufacturing

ā–ø 14:30 Nanomade — Future of HMI: when metal comes to life


šŸ“… April 9 | Nangang Exhibition Center Hall 1

ā–ø 15:00 Aledia, Room 402ab — Scalable 3D Nanowire MicroLED Platform for Next-Generation Direct-View Displays and Data Communication Links

ā–ø 15:10 SOLNIL, Room 402c — High Performances Materials for Wide Field of View Augmented Reality Glasses

ā–ø 15:30 Plasma-Therm, Room 402ab — Electronics and Photonics: overlapping Plasma Processing requirements


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