The problem with putting electronics into a car seat, a robot's fingertip, or a ski jacket is the circuit board. It's rigid, brittle, and fundamentally at odds with the soft, flexible materials it's meant to inhabit. For a decade, Loomia has been working on a replacement: a soft, sewable, and washable circuit layer that behaves more like fabric than fiberglass.
Founded in 2014 by Madison Maxey, Loomia has evolved from a design studio called The Crated into a deeptech hardware company focused on its Loomia Electronic Layer (LEL). The material is a patented, flexible circuit platform designed to enable heating, sensing, and data transmission directly within textiles and soft goods [Loomia]. The company's bet is that by making electronics as pliable as the products they go into, it can unlock applications where traditional printed circuit boards (PCBs) fail.
The technical wedge
Loomia's primary claim is performance parity with, or superiority to, flexible PCBs in key metrics for soft goods. According to a 2023 trade profile, the LEL offers 40% better conductivity than standard flexible PCBs and can be produced at a scale of 20,000 units per week [Smart Textile Alliance, Sep 2023]. The company also claims its material provides 40% higher radio frequency performance compared to printed antennas, a critical factor for wireless data transmission in wearables or automotive interiors [Loomia blog].
From an integration standpoint, the LEL is positioned as a modular component. Customers can prototype with off-the-shelf samples like thin-film pressure sensors or flexible heaters, then move to custom designs [Loomia]. This plug-and-play approach is aimed at product teams in automotive, medical devices, soft robotics, and outdoor apparel who lack deep electronics expertise.
Traction through automotive and robotics
The most concrete signal of commercial progress is a strategic collaboration with Yanfeng, a global automotive interior supplier. Announced in 2024, the partnership aims to integrate Loomia's soft circuits into next-generation vehicle cabins, potentially for seat occupancy sensing, climate-controlled surfaces, or embedded lighting [Yanfeng, 2024]. This is a classic beachhead strategy: prove reliability and performance in the demanding, high-volume automotive tier-one supply chain.
A parallel wedge is emerging in robotics. Loomia offers a "Smart Skin Tactile Sensing" developer kit specifically for teams working on humanoid and dexterous robots, providing a soft, flexible interface for pressure and touch feedback [Loomia]. The table below outlines the company's targeted application verticals and corresponding product forms.
| Industry Vertical | Example Product Form | Primary Function |
|---|---|---|
| Automotive Interiors | Custom pressure sensors, heated surfaces | Occupancy sensing, passenger comfort |
| Soft Robotics | Tactile sensing developer kits | Providing touch feedback for grippers |
| Wearables & Apparel | Flexible heaters, interconnect systems | Heating, biometric sensing |
| Medical Devices | Thin-film pressure sensors | Patient monitoring, rehabilitation |
The founder's long game
Madison Maxey's path to hardware is unconventional. She dropped out of Parsons School of Design and founded The Crated studio in 2013. A pivotal moment came in 2013 when she became the first fashion designer to receive a $100,000 Thiel Fellowship, the program founded by investor Peter Thiel that backs young entrepreneurs [Forbes, Oct 2016]. She was later named to the Forbes 30 Under 30 list for Art & Style in 2016 [Forbes, Aug 2016]. This background is less about circuit design and more about material innovation and product form, which may explain Loomia's focus on the integration layer rather than the semiconductor.
The company's financial footprint is light on public details. Total disclosed funding is just over $2 million, with Peter Thiel listed as an investor in the structured data. There are no announced venture rounds, suggesting a bootstrapped or quietly funded operation focused on product development and early customer pilots rather than aggressive scaling.
The scale questions
For a hardware company, the transition from validated prototypes and strategic partnerships to volume manufacturing is the steepest climb. Loomia's technical claims are promising, but they originate from the company's own materials and a single trade publication. Independent verification of the 40% conductivity gain or the 20,000-unit/week production capacity at a competitive cost would be a key milestone for enterprise buyers.
Three specific technical and commercial hurdles will determine the next phase:
- Thermal management and durability. Flexible circuits in automotive seats or robot hands undergo constant mechanical stress and temperature cycles. Long-term reliability data under these conditions is not publicly available.
- The integration stack. The LEL is one layer in a complex stack that includes microcontrollers, power sources, and communication chips. Loomia must ensure its layer plays nicely with the rest of the electronics ecosystem, or become the provider of that full stack, a much heavier lift.
- The cost curve at volume. The per-unit economics must beat not only flexible PCBs but also emerging alternatives like conductive inks and embroidered circuits. Winning in automotive requires hitting aggressive cost targets set by tier-one suppliers.
The collaboration with Yanfeng is a strong validator, but the path from collaboration to a designed-in, revenue-generating program is long. If Loomia can navigate the automotive qualification process and begin shipping at scale, it will have proven its core thesis: that soft circuits are not just a novelty, but a necessary substrate for the next generation of interactive products.
Sources
- [Loomia] Company Homepage and Product Pages | https://www.loomia.com/
- [Smart Textile Alliance, Sep 2023] Loomia Create Impossible Products with Soft Flexible Electronics | https://smarttextilealliance.com/2023/09/04/loomia-create-impossible-products-with-soft-flexible-electronics/
- [Loomia blog] Loomia and Yanfeng Announce a Strategic Automotive Collaboration | https://www.loomia.com/blog/loomia-and-yanfeng-announce-a-strategic-automotive-collaboration
- [Yanfeng, 2024] Yanfeng and Loomia Announce a Strategic Automotive Collaboration | https://www.yanfeng.com/en/yanfeng-and-loomia-announce-strategic-automotive-collaboration
- [Forbes, Oct 2016] Madison Maxey Is Building A Business On The Frontier Of High-Tech Fabric | https://www.forbes.com/sites/forbestreptalks/2016/10/12/madison-maxey-is-building-a-business-on-the-frontier-of-high-tech-fabric/
- [Forbes, Aug 2016] Madison Maxey Profile, Forbes 30 Under 30 | https://www.forbes.com/profile/madison-maxey/