Introducing the TechBlick USA Program: Wearables, Healthcare, Electronic Textiles, Biosensors, Stretchable Electronics, Soft Electronics
- khashayar Ghaffarzadeh
- May 8
- 5 min read
TechBlick's The Future of Electronics RESHAPED USA - Why Should You Join Us?
The Future of Electronics RESHAPED USA (Boston, 11 & 12 June 2025) - co located with the Wearables RESHAPED conference - is nearly a month away. It features a world-class agenda with over 70 presentations covering exciting material breakthroughs, process innovations, manufacturing advances, application developments, and product launches.
This is the only event in North America dedicated to additive, printed, sustainable, hybrid, wearable and 3D electronics. See the program here.
In this article series, we highlight various talks in the program, outlining the technologies and applications that will be showcased. In a previous article we highlighted some process innovations (here) and material innovations (here) which will showcased
In this particular article, we focus on the following
Wearable devices and continuous healthcare/vital signs monitoring
Flexible Hybrid Electronics (FHE) in biosensors, wound care, and neural simulation
Wearable sensor manufacturing
Electronic textile development and manufacturing
Pioneering R&D in wearable sensors and FHE
Enabling materials (inks, substrates, adhesives) and technologies for wearable sensors, biosensors and e-textiles
Wearable Healthcare Monitoring Patches and Biosensors
GE Healthcare is invited to explore wearable physiological and molecular monitoring patches designed for both medical and defense applications, single-use Vital Signs Monitoring (VSM) patch continuously tracks ECG, respiration, pulse oximetry, skin temperature, and motion for up to three days, and complementary ISF-based patch using microneedles and screen-printed sensors to detect biomarkers like lactate and cortisol, enabling real-time biochemical monitoring from interstitial fluid [exact abstract to be confirmed]
Epicore Biosystems presents the Connected Hydration system, a wearable platform for real-time monitoring of sweat rate, sodium loss, fluid intake, and skin temperature. Combining electrofluidic sensors, haptic feedback, and mobile app integration, the system supports personalized hydration strategies and workplace safety during heat stress. Field studies confirm improved outcomes for individuals and organizations.
Spark Biomedical is invited to showcase a wearable flexible neurostimulation device developed to address women's health conditions through non-invasive, drug-free therapy. The system delivers targeted electrical stimulation via a soft, adaptable circuit, enabling continuous, comfortable wear. This bioelectronic approach reflects Spark Biomedical’s mission to advance personalized, accessible healthcare solutions through wearable neurotechnology [exact abstract to be confirmed]
GlucoModicum introduces Talisman, a needle-free continuous glucose monitor (CGM) using magnetohydrodynamic (MHD) technology. The wearable system includes a reusable device, replaceable sensors, and app connectivity. Clinical trials show a MARD of 13%, with no adverse skin effects — positioning Talisman as a safe, accurate, and accessible CGM for global diabetes care.
GrapheneDX presents a low-cost, disposable diagnostic platform using graphene field-effect transistors (GFETs) for multiplexed detection of proteins, small molecules, and nucleic acids. Built on scalable silicon wafer technology, the instrument-free platform delivers fast, accurate results and enables accessible, decentralized healthcare diagnostics worldwide.
IdentifySensors is invited to present their digital diagnostic platform leveraging printed graphene ink biosensors for rapid, multiplexed detection of infections. The system integrates solid-state graphene semiconductors into a Bluetooth-connected device that analyzes saliva samples without reagents or amplification. This technology delivers PCR-level accuracy within minutes, offering decentralized, point-of-care diagnostics [exact abstract to be confirmed]
Innovosens is invited to introduce their non-invasive, multiparametric wearable sweat sensor for continuous tracking of glucose and lactate. Designed for personalized health, training, and wellness monitoring, this wearable sensor enables real-time metabolic insights through a skin-interfaced patch—unlocking new possibilities for non-invasive, data-driven care and performance optimization [exact abstract to be confirmed]
Electronic Textiles
Human Systems Integration, Inc. details TacMON, a compression eGarment platform using soft electronics embedded directly into stretchable textiles for physiological monitoring in high-performance environments. Tested in U.S. Air Force cockpits, TacMON delivers reliable ECG and respiratory signals under motion and stress, offering enhanced comfort, durability, and long-term usability.
NextFlex presents collaborative work with AFFOA and Drexel University on integrating additively manufactured hybrid electronics into functional fabrics for soldier-worn systems. The team embedded sensors, communication nodes, and computing into garments like shirts and helmets, enabling situational and physiological monitoring. The platform also shows promise for civilian uses in safety and performance tracking.
Nautilus Defense showcases a method for directly attaching chiplets to embroidered conductive yarn networks at 180 µm pitch, enabling scalable, flexible textile-integrated systems. This approach preserves fabric softness while embedding dense electronics, merging textile and semiconductor manufacturing for high-throughput, comfortable, wearable sensor platforms.
Fraunhofer IZM will present on stretchable electronics with a specific focus on smart patches for wound monitoring
Manufacturing Wearables
Linxens discusses the development of advanced electronic skin patches and wearable sensors for medical applications. Leveraging printed electronics, novel materials, and scalable processes, Linxens is enabling continuous health monitoring through miniaturized, cost-effective devices. The talk explores how integrated technologies are shaping the future of proactive, personalized healthcare.
VTT offers a practical guide to scaling up wearable medical devices using pilot line services like MedPhab. He explains how partnerships with RTOs help assess technology readiness, identify risks, and bridge gaps through structured design reviews.
Conductive Technologies will share their experience as a key contract manufacturer on how to commercially succeed in mass producing - via printing - wearable sensors.
Pioneering Applied Research
Holst Centre presents hybrid printed electronics as a key enabler for smart wound care, enabling flexible, sensor-integrated dressings that track healing markers like temperature, oxygen, and pH. The talk highlights progress in eco-friendly materials, clinical testing, and the challenges of multimodal sensor integration. Scalable manufacturing and cross-sector collaboration are vital to bring these next-generation medical devices to market.
Massachusetts General Hospital/Mass General Research Institute is invited to present the Ink-Net, a 256-channel dense EEG system using high-resistance polymer thick film (PTF) technology for improved safety and MRI compatibility. Compared to copper-wired nets, the Ink-Net shows minimal heating at 7T and reduced MRI signal artifacts at 3T, enabling high-quality, simultaneous dEEG and MRI recordings.
Georgia Institute of Technology reports advances in soft, wearable bioelectronics for real-time health monitoring, diagnostics, and human-machine interfaces. His team develops hybrid-material systems such as AR-integrated brain sensors, energy harvesters, and drug response monitors. The talk highlights in vitro/in vivo results and emphasizes translation from research to commercialization and education in sustainable biomedical innovation.
ÉTS Montréal will also present on A.I.-enhanced wearable flexible hybrid electronic sensing platforms for health applications
Enabling Technologies - Inks, Substrates, Adhesives, and Communication Protocols
NGK Insulators introduces ultra-thin, semi-solid-state Li-ion batteries designed for medical and healthcare wearables. Featuring crystal-oriented ceramic electrodes and minimal liquid electrolyte, the batteries offer enhanced safety, fast charging, and long cycle life. The talk details how this advanced battery platform supports the growing demands of next-generation wearable devices.
AmbAI explores how Ambient IoT is bridging AI with the physical world through advances in standards and sensing technologies. As a founding member of the Ambient IoT Alliance, AmbAI highlights real-world use cases where ubiquitous, low-power sensing enables smarter operations, customer experiences, and business models—extending AI beyond digital interfaces into everyday environments.
Nagase ChemteX unveils next-generation stretchable conductive inks designed for wearable electronics that endure repeated bending, stretching, and washing. The talk explores challenges in achieving adhesion, conductivity retention, and durability, and highlights material innovations shaping the future of flexible, high-performance printed devices.
Policrom Screens Spa introduces ELECROM STRETCH, a TPU-based substrate and encapsulation system that overcomes traditional printing and processing challenges for wearable circuits. Designed to maintain elasticity, dimensional accuracy, and conductivity through multi-layer builds, the system enables reliable integration of stretchable electronics—such as pressure sensors in gloves—into textiles.
ACI Materials presents advanced printable conductors that enable fully additive manufacturing of durable flexible hybrid electronics (FHE), wearables, and e-textiles. The talk highlights high-resolution, solderable inks that support denser circuit designs and improved reliability under harsh conditions. Cost-effective material sets for stretchable and formable e-textiles, including direct transfer methods, are also discussed.
Sun Chemical discusses the evolving requirements for inks used in electrochemical biosensors across medical, wearable, environmental, and cosmetic applications. The talk explores key material properties, performance evaluation methods, and the challenges in formulating inks that meet sensitivity, stability, and biocompatibility demands in next-generation sensor systems.
Creative Materials Inc offers comparative study on skin-interface materials for ECG monitoring, evaluating Elefix paste, dry electrodes, and OmniWAVE against traditional hydrogels. Results suggest improved signal clarity, stability, and patient comfort with these alternatives, particularly for long-term use. The talk explores each material’s performance and potential to enhance ECG reliability and user experience.
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