Custom Electronics Enable Tunable Reflection and Transmission of THz Light for Imaging, Sensing, and Communication https://www.nature.com/articles/s41467-025-58256-w Engineering the Future of THz Technology Ivory Electronics is proud to be at the forefront of terahertz (THz) and millimeter wave innovation. Our latest achievement? Developing electronics instrumentation that dynamically controls THz wave behavior—opening new possibilities in imaging, sensing, and high-frequency communications. This breakthrough demonstrates how precise voltage modulation across layered materials like PET, graphene, and electrolytes can manipulate THz reflection and transmission patterns over large areas. Tunable THz Electronics for Real-World Applications Our demonstrator system showcases how THz light can be programmed for specific reflection and transmission profiles. This capability is critical for applications ranging from security scanning and biomedical imaging to next-gen wireless communication. Key features include: The system visualizes THz wave interference, pattern generation, and even imaging capabilities—highlighting the versatility of our instrumentation. Precision Meets Scalability The mathematical modeling and real-world testing of our system validate its performance across THz frequencies. With phase and amplitude control, our electronics enable dynamic wave shaping, essential for adaptive sensing and reconfigurable communication systems.
Electronics for Textile Sensors: AI-Driven Smart Fabric for Pressure Ulcer Prevention
Advanced Embedded Electronics Enable Real-Time Pressure Mapping for Healthcare Innovation Smart Technology Meets Healthcare Ivory Electronics is proud to be part of a pioneering project that merges smart fabric technology with AI to tackle one of healthcare’s most persistent challenges—pressure ulcers. In collaboration with the University of South Wales (USW), our embedded electronics are helping transform how pressure injuries are monitored and prevented. This initiative, backed by Royce Industrial Collaboration funding, aims to reduce the burden of bedsores on healthcare systems like the NHS, potentially saving billions annually. Precision Pressure Monitoring with Smart Fabric Our team developed high-sensitivity embedded electronics that integrate seamlessly with smart fabrics to deliver accurate, real-time pressure data. The system visualizes pressure distribution across contact surfaces, enabling clinicians to assess risk and intervene early. Key features include: The technology generates metrics such as risk score, contact area, and peak pressure, offering actionable insights for patient care. Collaboration for Impact This project demonstrates how electronics consultancy can drive meaningful change in healthcare. By enabling AI-powered smart textiles, we’re helping researchers and clinicians develop proactive solutions for patient well-being. Whether it’s aerospace, medical, or industrial innovation, Ivory Electronics delivers robust, scalable instrumentation tailored to your mission. #Custom embedded systems for smart textiles #PCB design for sensor integration #Electronics for medical and industrial application
High-Reliability PCB Solutions for Extreme Altitude Missions
Custom Electronics Instrumentation Designed to Withstand Stratospheric Conditions and Enable Smart Thermal Control Engineering for the Edge of Space We thrive on pushing the limits of electronics design. One of the important milestone -Delivering custom PCB solutions and instrumentation that operate flawlessly in the stratosphere—where temperatures plummet and reliability is non-negotiable. In collaboration with SmartIR and Sent Into Space, our technology was part of a high-altitude balloon mission that tested smart radiators designed to control thermal radiation in extreme conditions. This achievement marks a critical step toward scalable space-grade electronics. Built for Harsh Environments Our engineering team developed electronics that not only survived but performed under stratospheric stress. These systems are tailored for aerospace and high-altitude applications, where conventional electronics often fail. Key features include: Supporting Innovation Beyond Earth This mission was more than a test—it was a demonstration of how advanced electronics can enable next-generation space technologies. SmartIR’s smart radiators, powered by our instrumentation, are paving the way for smarter thermal management in future satellite and space missions. We’re proud to support visionary companies like SmartIR and contribute to the future of aerospace innovation.
Revolutionizing Satellite Technology: Electronics Power Graphene-Based Smart Coating for Space Missions
Custom Electronics and PCB Design to Enable Advanced Thermal Control in Harsh Space Environments Pushing Boundaries in Space Innovation At Ivory Electronics, we specialize in cutting-edge electronics consultancy and custom instrumentation design. Our proud achievement- Collaborating on a groundbreaking satellite project that integrates a graphene-based smart coating—designed to control thermal radiation on demand in space. Engineering Excellence Behind the Smart Coating We proudly designed and developed the custom electronics instrumentation and PCB architecture that drives this revolutionary graphene-based emitter. This smart coating is not just a scientific marvel—it’s a practical solution for managing satellite temperature in the extreme conditions of space. Key innovations include: Launching with Global Leaders This technology has been tested in orbit via a PocketQube satellite mission in 2024, launched by SpaceX. The mission is led by SmartIR—a spin-out from the University of Manchester’s Graphene Engineering Innovation Centre (GEIC)—in partnership with Alba Orbital and Hydra Space. This collaboration highlights our role in enabling real-world applications of advanced materials through precise, reliable electronics design.
