Binata

Embedded systems and printable nanotech sensor developer

Industrial Technologies
Private
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Company Overview

Snapshot

Founded in March 2020 by Yehuda Bitton, Binata operates with 1–10 employees. The company is currently in the Pre-Funding stage, focusing on developing its nanoparticle-based strain-gauge sensor technology.

Business overview

Binata specializes in developing embedded systems and printable nanotech sensors. The company's core technology is a nanoparticle-based strain-gauge sensor designed for direct printing onto target substrates using Selective Laser Sintering. This technology aims to deliver significantly higher sensitivity compared to conventional thin-film strain gauges and could enable passive wireless patches for monitoring strain or structural changes in hard-to-access areas. Binata primarily serves the Industrial Technologies sector, with a focus on Microelectronics & Photonics Solutions, and targets the Healthcare & Life Sciences customer segment.

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Company Intelligence Q&A

What is Binata's primary technological focus?
Binata is focused on developing a nanoparticle-based strain-gauge sensor that can be printed directly onto substrates using Selective Laser Sintering, aiming for higher sensitivity than traditional thin-film strain gauges.
When was Binata founded and by whom?
Binata was founded in March 2020 by Yehuda Bitton.
What industries does Binata's technology aim to serve?
Binata's technology is designed for the Industrial Technologies sector, specifically within Microelectronics & Photonics Solutions, and targets the Healthcare & Life Sciences customer segment.
What is the current stage of Binata's product development?
Binata's product is currently in the Research & Development (R&D) stage, focusing on developing its nanoparticle-based strain-gauge sensor technology.
What is the potential application of Binata's sensor technology?
Binata's sensor technology may enable passive wireless patches for monitoring strain or structural changes in hard-to-access layers, offering a significant advancement in sensing capabilities.
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