Unlocks Dynamic Control of Terahertz Waves with Advanced Instrumentation
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, […]
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 […]
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 […]
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. […]