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Wearables

 

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Rubber components

 

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Other applications

 

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Improved applications and products!

Imagine an extremely flexible sensor that will fit perfectly into your application, whether it being an industrial application, a wearable for sports performance, medical device or a rubber component. We are specialized in Electroactive Polymers (EAPs) – a groundbreaking stretchable sensing technology. We offer tailored sensor solutions, specifically designed for  your application, based on EAP technology. Our form of EAP is dielectric elastomer, otherwise known as DEAP, DE or DEA. See technical explanation further down the page under "Core Technology"

The unique, superior functionality of the technology provides you with an extremely cost-efficient and optimal sensor solution that will provide you with accurate and valuable data. This could be about the performance of your application, a patient (human being or animal) or an athlete. Glue it onto a sail, sew it into clothing or medical devices, or build it into your machine, application, vehicle or whatever is relevant for you. Then, whatever system you have is generating its own performance data. A quantified application is a better application!   

 

 

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Consultancy

 

LEAP Technology offers a range of services to utilize the unique characteristics of stretch sensor technology in your products. Where off-the-shelf sensors aren't what you need, we offer tailor-made workshops to ensure you get the optimal EAP solution. The result: A product that can add value to your application. We build a proof of concept that fits your exact needs, followed by development and production of your bespoke sensor solution.

 

 

 

 

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Core Technology

The core EAP component comprises a Dielectric Elastomer film sandwiched between two deformable electrodes, thus forming a stretchable capacitor.

Dielectric elastomers

Low-cost materials, fast manufacturing techniques

In sensor mode, the change of EAP capacitance is measured when deformed by a human, machine, or structure.

Working principle - sensors

80% strain, 10 million cycles, µm resolution.

In actuator mode, application of an electrical stimulus (voltage) deforms the EAP resulting in a soft deformable electromechanical actuator.

Working principle - actuators

Low consumption, lightweight, highly customizable.

Latest news & articles

New website

New website

Welcome to the new LEAP Technology website. The aim with the new site is to, more accurately bring you all the information about our technology and products & services, you need. Apart from off-th...

LEAP Technology Stretch Sensor

Demonstrating a LEAP Technology Stretch Sensor

Check out this video to see a demonstration of a LEAP Technology Stretch Sensor. In this case, demonstrated at a fair. Curious about what stretch sensors can do for your application or product...

Bionic toys

Another interesting project, where our sensors are used in spectacular ways! Thank you https://www.c-bionic.toys/ for the cooperation on this :-) Learn more about stretch sensors ...

SDU Project

SDU exam project in cooperation with LEAP Technology

This team of engineer students from SDU got the highest possible grade for their efforts on this innovative joystick concept development project. Nice work!! https://www.linkedin.com/feed/update/ur...

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