Binata
Embedded systems and printable nanotech sensor developer
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.
Log in to access full profile ›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.