Loomia Serpentine Bus

Flexible Electronics for Your Toughest Electromechanical Challenges

Loomia's unique mesh-based, soft electronics outperform traditional flex PCBs. The Loomia Electronic Layer delivers low resistance and stays stable under stretch, bend, and demanding real-world conditions.

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Loomia’s Approach to Flexible Electronics

Most flexible electronics are printed, which means conductors change resistance when stretched. We take a different approach. Because the LEL is not printed, it achieves low-resistance conductors that do not easily change resistance when stretched, giving engineers reliable, stable parts to experiment with.

The LEL is more durable than flex PCBs, wires on felt, or most other flexible electronics options, with a flexibility and drape comparable to printed ink on TPU but with far superior electrical stability and integration capability.

Unique Mesh-Based Soft Flexible Electronics
Loomia's Flexible Electronics

Flexible Electronics Applications & Industries

From the cabin of next-generation vehicles to the skin of robots, Loomia's flexible electronics are solving real engineering challenges across industries that demand reliability.

Serpentine Bus Flexible Electronic Example

Automotive Interiors

Loomia partnered with Hyundai on the 2021 Palisade concept car — integrating a user interface and heater directly into leather upholstery. Door panels became smart, interactive surfaces with ambient lighting, no bulky wires, and no plastic housing.

Heating · HMI · Lighting

Robotics & AR/VR

Flexible electronics enable robotic skins with tactile sensing, exoskeleton comfort layers, and soft robotic bodies that mimic organic movement. Loomia's LEL provides the sensing and actuation layers that rigid circuits simply can't deliver.

Tactile Sensing · Exoskeletons · Soft Robots

Medical & Wellness

Wearable health monitors, rehabilitation garments, and smart bandages demand electronics that move with the body. Loomia's mesh-based conductors deliver reliable biometric sensing without stiff patches or rigid board assemblies.

Wearables · Biosensing · Rehab

Flexible Electronics Resources by Loomia

Loomia Electronic Layer

What Are Flexible Electronics?

A comprehensive primer on flexible electronics — from its 1903 origins through today's single-sided, multi-layer, and rigid-flex technologies, plus pros, cons, and how Loomia's LEL fits into the landscape.

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Flexible Electronics for Robotics

The Role of Flexible Electronics in Robotics

How flexible circuits are enabling soft robots, wearable exoskeletons, tactile robotic skins, and how Loomia is contributing to more adaptable, human-friendly robotic systems.

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Flexible Electronics for Automotive

How E-Textiles & Flexible Electronics Are Changing Automotive Interiors

Loomia's integration with the Hyundai Palisade concept and how smart surfaces built on flexible electronics are transforming next-generation vehicle cabins.

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