PolyIC transparent HMI film enables next-gen interactive surfaces with Nanomade

PolyIC has taken a significant step forward with its latest innovation in transparent sensing systems. Announced on March 31, the company is collaborating with Nanomade to develop a next-generation solution designed to redefine human-machine interface functionality. This advancement will be officially showcased at Touch Taiwan 2026, signaling a major milestone in the evolution of interactive surface technologies. By merging multiple sensing capabilities into a single platform, the development reflects a broader shift toward seamless and intelligent interface integration across industries.

Breakthrough in Transparent Sensing Technology

The PolyIC transparent HMI film introduces a unique combination of capacitive touch detection and highly sensitive force measurement within a single, fully transparent system. This integration eliminates the need for separate sensing layers, enabling a more compact and efficient design. The technology enhances precision while maintaining optical clarity, making it suitable for modern interface requirements. Such innovation aligns with ongoing advancements in automotive artificial intelligence and connected vehicles & telematics, where intuitive and responsive controls are increasingly critical for user experience and safety.

Flexible Design for Advanced User Interfaces

One of the defining features of this solution is its ability to support flexible and visually seamless interface designs. The transparent film can be integrated into both fully visible and “hidden-til-lit” surfaces, allowing designers to create clean, minimalist interiors without compromising functionality. Additionally, the system supports curved and three-dimensional shapes, making it adaptable to modern design trends in digital cockpit & infotainment and smart surfaces. This flexibility is particularly valuable in automotive interiors, where space optimization and aesthetic appeal are key priorities.

Applications Across Multiple Industries

While the automotive sector stands out as a primary application area, the technology’s potential extends far beyond it. The PolyIC transparent HMI film can be deployed in consumer electronics, industrial controls, and smart infrastructure systems. Its ability to deliver both touch and force feedback in a transparent format opens new possibilities for interactive displays and control panels. As industries increasingly adopt smart cities & infrastructure solutions, such innovations contribute to more intuitive and responsive human-machine interactions across diverse environments.

Strategic Collaboration Driving Innovation

The partnership between PolyIC, a subsidiary of LEONHARD KURZ, and Nanomade highlights the importance of cross-company collaboration in advancing sensor technologies. By combining expertise in printed electronics and force sensing, the two companies are addressing key limitations of conventional interface systems. This collaboration also reflects a broader trend of strategic alliances & partnerships within the technology ecosystem, where joint innovation accelerates product development and market readiness. The unveiling at Touch Taiwan 2026 is expected to attract significant attention from global industry stakeholders.

Frequently Asked Questions

What makes the PolyIC transparent HMI film unique?
The PolyIC transparent HMI film is unique because it integrates both capacitive touch sensing and force detection into a single transparent layer. This eliminates the need for multiple sensor components, improving design efficiency and functionality. The film maintains high optical clarity while offering precise interaction feedback, making it ideal for advanced applications like automotive interiors and smart displays. Its ability to support flexible and curved surfaces further enhances its usability in modern interface designs.

Where can this technology be used?
This technology can be applied across several industries, including automotive, consumer electronics, and industrial systems. In vehicles, it enables sleek, hidden controls and responsive dashboards. In electronics, it enhances touch-enabled displays with added pressure sensitivity. Industrial applications benefit from durable and intuitive control panels. Its adaptability to transparent and curved surfaces makes it suitable for next-generation smart interfaces, supporting evolving trends in digital interaction and user experience design.