Interlink’s Dual-Market Push: Sensors Bridging Mobility and MedTech in Europe

FREMONT, Calif. – November 02, 2026 — In an era defined by the rapid convergence of physical hardware and artificial intelligence, the foundational components that allow machines to "feel" are becoming the ultimate battleground for competitive advantage. Interlink Electronics Inc. (Nasdaq: LINK), a four-decade veteran in sensor technology and printed electronics, is making a calculated play to dominate this space across two seemingly disparate, yet increasingly overlapping, global markets: smart mobility and connected healthcare.

The California-based manufacturer announced today that it will showcase its expanding portfolio at two of Europe’s premier industry events this month. The company will first exhibit at Electronica in Munich from November 10 to 13, followed immediately by Medica in Düsseldorf from November 16 to 19. This back-to-back European tour is not merely a marketing exercise; it is a strategic offensive designed to capitalize on the blurring lines between automotive human-machine interfaces (HMI) and medical-grade wearable technologies.

For supply chain strategists and original equipment manufacturers (OEMs) navigating the turbulent 2026 landscape, Interlink’s dual-market approach offers a masterclass in leveraging core intellectual property across multiple high-value verticals. By applying its proprietary Force Sensing Resistor (FSR) technology and printed electronics to both car interiors and patient monitoring systems, the company is effectively de-risking its revenue streams while embedding itself deeper into the global manufacturing ecosystem.

The Convergence of Mobility and Medicine

At first glance, the automotive and healthcare sectors operate under vastly different regulatory and commercial frameworks. However, at the component level, the demands are strikingly similar. Both industries require sensors that deliver absolute precision, long-term durability, and reliable signal response in highly demanding, mission-critical environments.

"The blurring lines between industrial mobility and connected healthcare mean that component manufacturers can no longer afford to be single-threaded," noted one hardware supply chain analyst tracking the European sensor market. "Whether you are designing a steering wheel that detects a driver's grip or a robotic rehabilitation glove that measures patient exertion, the underlying requirement is a robust, flexible, and highly accurate force-sensing architecture."

Interlink’s vertically integrated model—which combines materials science, proprietary manufacturing, embedded electronics, and firmware—allows it to serve these dual masters effectively. Operating from a global footprint that spans Silicon Valley, Shenzhen, Scotland, and a specialized smart textile facility in Rotherham, England, the company is uniquely positioned to offer custom solutions that larger, more rigid competitors often struggle to deliver.

From Tactile Feedback to AI-Driven HMI

At Electronica, the world’s leading trade fair for electronics, Interlink will set up at booth B4 223 to target the booming automotive HMI market. Valued at roughly $25.6 billion in 2025 and projected to surpass $53 billion by the next decade, the automotive interface sector is undergoing a radical transformation. The shift toward semi-autonomous vehicles and software-defined architectures has created an insatiable demand for advanced tactile sensors.

A focal point of Interlink’s Munich presence will be a presentation by Declan Flannery, Vice President of Force Sensing Solutions, on the Smart Mobility Stage on November 12. Flannery, who holds multiple patents in force sensing, is expected to detail how advanced piezoelectric sensors and FSRs are providing the information-rich signals necessary for machine learning and AI integration in modern vehicles.

Modern automotive interiors are increasingly moving away from mechanical buttons toward sleek, metallic, or smart-surface interfaces. Interlink’s automotive-grade piezoelectric sensor technology, such as the VersaTouch PFT, is specifically engineered to function under rigid surfaces and respond accurately even when the user is wearing heavy gloves. Furthermore, the company's recent patent filings for multi-modal vehicle door handles and sensor fusion platforms indicate a strategic pivot toward comprehensive, AI-enabled vehicle access and control systems. By providing the tactile data that feeds into in-cabin AI analytics, Interlink is positioning its hardware as the critical bridge between human intent and autonomous vehicle response.

Wearables and the Regulated Healthcare Frontier

Following Electronica, the Interlink team will transition to Düsseldorf for Medica, the world’s largest medical trade fair. Exhibiting at booth 12D54 within the WT | Wearable Technologies Show pavilion, the company will pivot its focus to medical-grade sensing and smart textiles.

The medical wearables market is experiencing explosive growth, driven by the shift toward telemedicine, continuous chronic disease management, and decentralized patient care. Here, Interlink’s expertise in stretchable printed electronics is a significant differentiator. The company integrates printed conductors, heaters, electrodes, and moisture sensors directly into soft goods, creating washable and durable garments for femtech, patient monitoring, and rehabilitation.

A prime example of this cross-industry application is the use of Interlink’s FSRs in robotic rehabilitation devices, such as powered gloves that assist patients with hand grip recovery. The sensors regulate grip strength with the same precision required for an automotive throttle, demonstrating the versatility of the core technology.

While navigating the stringent regulatory pathways of the medical device industry is notoriously complex, Interlink has shown a willingness to invest in this high-barrier market. In late 2025, the company secured a $200,000 FDA SBIR Grant to advance electrochemical sensors for food safety and quality monitoring, signaling a deepening engagement with federal regulatory bodies and an expansion of its sensing capabilities beyond physical force into chemical detection.

An Investor’s Lens on European Expansion

For investors tracking micro-to-small cap hardware technology, Interlink’s aggressive European trade show schedule serves as a critical indicator of its commercial momentum. The company enters these conferences on the heels of a successful financial turnaround. In its second-quarter 2026 earnings report, Interlink posted a 10% year-over-year revenue increase to $3.77 million, alongside a return to profitability with a net income of $248,000 and Adjusted EBITDA of $421,000. This followed a strong first quarter that saw 15% top-line growth.

This financial stabilization, coupled with a 50% common stock dividend issued in late 2025, suggests a management team confident in its operational efficiency and organic growth pipeline. The challenge now is scaling that pipeline through international OEM partnerships.

The global force sensor market is highly fragmented but fiercely competitive, featuring diversified giants like Honeywell and TE Connectivity, alongside specialized players like Tekscan. Interlink’s competitive moat lies in its 40-year legacy as the pioneer of FSR technology and its ability to offer bespoke, end-to-end engineering support rather than just off-the-shelf components.

By placing its engineering and product specialists on the ground in Munich and Düsseldorf for live demonstrations and one-on-one consultations, Interlink is directly targeting the European engineering procurement teams that dictate the supply chains for the next generation of Volkswagen EVs and Siemens medical devices. If the company can successfully translate its recent financial momentum and deep patent portfolio into tangible European design wins, this November tour may well be remembered as the catalyst that transitioned the sensor maker from a legacy component supplier into a central architect of the 2026 smart-hardware ecosystem.