Spezl provides printed electronics services that create flexible, conformal circuits for heating, sensing, and smart‑textile applications. Using screen‑printing and advanced materials, they develop custom e‑skin sensors, flexible heating elements, and wearable electronics, offering end‑to‑end product development and co‑development support for startups, research institutes, and established manufacturers.
Funding
Funding not disclosed
Founders
Product
Problem
Designers and manufacturers often need electronic components that can conform to irregular or flexible surfaces, but traditional rigid PCBs and off‑the‑shelf sensors are unsuitable for such applications. This limits the ability to integrate heating, sensing, or smart functionality into products with complex geometries or wearable form factors.
Solution
Spezl offers a suite of printed electronics services that enable the creation of flexible, conformal circuits tailored to any shape. By leveraging screen‑printing and advanced material formulations, they produce custom heating elements, tactile sensors, and smart‑textile interfaces that can be directly applied to curved or stretchable substrates. Their product development and co‑development programs support startups, research institutes, and established companies from concept through prototype, ensuring that electronic functionality is seamlessly integrated into the final form factor. Spezl’s expertise in e‑skin and smart‑textile technologies allows clients to embed responsive, low‑profile electronics without the constraints of conventional rigid components.
Target Audience
Primary customers include product developers, wearable technology manufacturers, and research teams requiring flexible heating, sensing, or smart‑textile solutions for prototypes and low‑volume production.
Features
- Custom screen‑printed heating solutions that can be patterned onto flexible substrates for uniform temperature control
- Printed tactile and environmental sensors (e‑skin) that conform to complex surfaces and maintain performance under deformation
- Flexible circuit designs compatible with smart textiles, enabling wearable and fabric‑integrated electronics
- End‑to‑end product development support, from circuit design and material selection to prototype fabrication and testing
- Co‑development partnerships for long‑term collaboration on specialized printed electronics projects