Revolutionize Your Product with
H-cube’s THz Hyperspectral Imaging
Transformative THz Imaging Technology – Elevate Your Market Position
At H-cube, we’re pioneering the integration of thermomechanical bolometers into hyperspectral cameras, offering an innovative leap in THz and sub-THz imaging. Our mission is to enable industries like yours to lead in quality control, security, and diagnostics through our groundbreaking technology.
Advanced research – Manufacturing prowess
H-cube: A Consortium Driving Innovation
Our partnership is a robust network of European research institutes, production companies, and consultancies dedicated to bringing THz imaging technology to the forefront of the market. We combine the advanced research from CNR and the University of Salerno with the manufacturing prowess of FBK, and the market insight of Asteria Business Development, among others, to deliver unparalleled solutions.
Hyperspectral imaging – Quality control.
Technology That Sets You Apart
Our thermomechanical bolometer arrays are designed to provide enhanced image contrast and specificity in the THz range. Hyperspectral imaging can revolutionize how industries approach diagnostics and quality control.
Technology – Innovation
Collaboration: The Path to Innovation
Join us in shaping the future of THz imaging. Our collaborative approach means we work with you to tailor our technology to your needs, ensuring that our solution meets your customers’ needs and application requirements
Medical diagnostic – Security screening
Industry Applications: A Broad Horizon
Our THz hyperspectral imaging technology has a wide array of applications, from enhancing medical diagnostic techniques to improving security screening and quality control in manufacturing. Explore how our technology can be applied to your specific industry needs.
Connect & Collaborate
Ready to lead your industry with H-cube’s advanced THz imaging solutions? Contact us to explore how we can work together to tailor our technology to your business needs and drive your company forward.