This company develops and provides proprietary ultra-high sensitivity magnetic sensor technology capable of operation without cooling or magnetic shielding. Their compact sensors achieve high magnetic field sensitivity, enabling advanced magnetic sensing in previously inaccessible environments like manufacturing floors. IZANA offers sensor rental, sales, custom development, and technical consultation services to solve diverse sensing challenges.
Funding
Funding not disclosed
Founders
Product
Problem
Existing high-sensitivity magnetic sensors require cooling, magnetic shielding, and are often large and immobile, which limits their use in many field applications. This makes real-time, on-site magnetic field detection challenging or impossible in various industrial and biomedical settings.
Solution
IZANA has developed a compact, ultra-sensitive magneto-impedance sensor that operates at room temperature and without magnetic shielding, achieving picotesla-level sensitivity. This technology enables the detection of minute magnetic fields previously undetectable outside of specialized laboratory environments. IZANA's sensors can be integrated into industrial quality control systems for detecting magnetic impurities, used for non-invasive biomagnetic field measurements, and deployed in location-tracking applications even through walls. The company's core value proposition is providing high-sensitivity magnetic field detection in previously inaccessible environments.
Target Audience
IZANA's primary customers include manufacturers seeking to improve quality control, researchers in the biomedical field studying magnetic signals, and developers of location-tracking systems.
Features
- Magneto-impedance sensor technology achieving picotesla-level sensitivity without cooling
- Operates without the need for magnetic shielding
- Compact and portable form factor for flexible deployment
- Suitable for integration into industrial process monitoring systems
- Enables non-invasive measurement of biomagnetic fields
- Potential applications in through-wall location tracking