Inveel's 100-Nanometer Wires Aim for the Tactile Gap in Robotic Skin

For a robot to handle a delicate object or navigate a cluttered space, it needs to feel its environment. Today, that sense of touch is often a collection of discrete, expensive sensors, creating blind spots and cost barriers. Inveel, a Swiss startup spun out of the Paul Scherrer Institut, is betting its entire company on a different approach: a continuous, ultra-sensitive skin printed at nanoscale resolution [Inveel website, retrieved 2024]. The technical wedge is a manufacturing process for conductive wires and electrodes with linewidths between 100 nanometers and 2 micrometers, a precision the company claims enables low-cost, high-speed production of large-area tactile surfaces [Swisspreneur, Feb 2025]. For robotics OEMs and automation integrators, the promise is a more dexterous and safer machine, but the procurement question is whether a materials science innovation can scale into a reliable, spec-driven component.

A manufacturing wedge for robotic touch

Inveel's core proposition is not just a better sensor, but a better way to make sensors. By focusing on advanced printed electronics, the company is targeting the economic and technical constraints that have limited widespread adoption of whole-body tactile sensing. Traditional methods for high-resolution circuits are often slow and costly, ill-suited for covering the curved, complex surfaces of a robotic arm or hand. Inveel's process, developed from research at the Paul Scherrer Institut, aims to print these circuits directly onto flexible substrates at speeds and costs comparable to conventional printing, but with the resolution of microfabrication [Basel Area Business & Innovation, 2024]. This positions the company's tactile skins as an enabling substrate, a foundational layer upon which sensing capabilities are built, rather than a finished sensor module. The bet is that this manufacturing advantage will be the key to unlocking applications in collaborative robotics, prosthetics, and industrial automation where precise physical interaction is required.

The solo-founder path from lab to market

The company's trajectory is tightly linked to its founder and CEO, Barbara Horvath. A materials scientist with over a decade of research experience, Horvath is navigating the classic deeptech transition from institute spin-off to commercial venture [PSI]. Her public presence reflects a focused effort on ecosystem building: she is a scheduled speaker at the 2026 International Humanoid Forum in Biel and is pitching at the Startup Pitch Arena for Switzerland's Top 50 Startups, events that serve as critical visibility platforms for early-stage hardware companies [LinkedIn, retrieved 2026]. The company is also part of the Venturelab network, a Swiss accelerator that provides foundational support. The team remains small, estimated at 1-10 employees, which is typical for a pre-seed deeptech firm but underscores the early commercial phase [Prospeo, retrieved 2024]. The path forward hinges on translating laboratory precision into pilot-ready product specs that can survive an enterprise evaluation.

The competitive and commercial landscape

Inveel's stated competitors, inVia Robotics and InLoop Robotics, suggest a focus on the logistics and warehouse automation segment, where tactile feedback could improve picking and placing reliability. However, the realistic competitive set is broader and includes several layers:

• Established sensor vendors. Companies like Tekscan or Pressure Profile Systems offer proven, if sometimes discrete, tactile sensing solutions with established sales channels and reliability data.
• Academic and research spin-offs. Several university labs globally are working on novel tactile skins, creating a race to commercialize similar concepts.
• Integrated robotics giants. Companies like Boston Dynamics or Universal Robots could develop or acquire similar capabilities in-house, viewing touch as a feature rather than a standalone component.

For Inveel, the immediate challenge is moving from a promising technology demonstrator to a product with defined specifications, pricing, and support. The absence of publicly disclosed funding rounds or named pilot customers, while not unusual for an early-stage deeptech firm, means the commercial traction and validation necessary to de-risk a procurement decision are not yet visible in the public record. The company must now prove it can produce not just nanometer-scale wires, but also the data sheets, application engineering, and supply chain consistency that a robotics integrator will require.

The ideal customer profile here is a mid-size robotics OEM or a research division within a large industrial automation company. This buyer has the technical staff to evaluate a novel component and the appetite to integrate a cutting-edge capability into a next-generation platform, but may have more flexibility and a shorter sales cycle than a Fortune 500 procurement office. They are looking for a tangible performance leap,enabling a new use case or significantly reducing failure rates,that justifies the integration risk of a new supplier. For them, Inveel's bet on manufacturable precision is a potential solution to a persistent hardware gap. The next twelve months will be about converting conference presentations into purchase orders, demonstrating that this skin can do more than sense touch; it can also feel its way into a bill of materials.

Sources

1. [Inveel website, retrieved 2024] Inveel | Ultra-Sensitive Tactile Skins for Machines | https://inveel.com/
2. [Swisspreneur, Feb 2025] Barbara Horvath - Inveel | How to Give Robots a New Skin with Printed Electronics | https://www.swisspreneur.org/podcast/barbara-horvath-465
3. [Basel Area Business & Innovation, 2024] Inveel: Giving robots a sense of touch | https://baselarea.swiss/success-stories/giving-robots-a-sense-of-touch/
4. [PSI] Smart glass and music from SLS | Our Research | Paul Scherrer Institut (PSI) | https://www.psi.ch/en/media/our-research/smart-glass-and-music-from-sls
5. [LinkedIn, retrieved 2026] Barbara Horvath - Inveel | LinkedIn | https://www.linkedin.com/in/barbarahorvath/
6. [Prospeo, retrieved 2024] Inveel company profile | https://prospeo.io/company/inveel