Category: Medical
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Legacy electronics support increasingly depends on recovering lost board data. Wonderful PCB is expanding reverse-engineering services aimed at rebuilding undocumented designs for medical and industrial hardware.
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MARS Bioimaging has secured FDA clearance for portable photon-counting CT. The decision opens the US market for a compact upper-extremity imaging system built around detector technology originally developed through CERN’s Medipix3 work.
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Innodisk is taking Blackwell-class inference into constrained clinical edge deployments. Its GTC 2026 showcase pairs a Medical VLM running locally on the APEX-X200 with an eight-camera Jetson AGX Orin mobility stack built for heavy vehicles.
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ABLIC is widening its analogue strategy in Europe and the US. The move centres on battery protection, automotive power, Hall sensing, medical ultrasound electronics, and batteryless water leak detection.
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Advanced Energy is targeting tighter mechanical envelopes in medical electronics. Its new 200W LPP200 open-frame series combines a 19mm profile with medical and industrial approvals for compact embedded systems.
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Mouser is shipping u-blox MAYA-W3 Wi-Fi 6 modules now globally. The host-based range targets healthcare and industrial systems with SISO Wi-Fi 6/6E, Bluetooth Low Energy 5.4 with LE Audio support, multiple antenna options, and evaluation kits intended to accelerate integration.
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Northwestern has built a 3D electrode mesh for mini-brain organoids. The soft, shape-conformal framework wraps around organoids, enabling high-density recording and stimulation across most of the tissue surface.
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ZOLL’s Zenix monitor-defibrillator has cleared the EU MDR process now. The approval supports European rollout of a touchscreen-based professional monitor/defibrillator for EMS and hospital teams, with real-time CPR and ventilation feedback features.
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LG will show 11MP diagnostic displays and 3D surgical monitors. At World Health Expo 2026 in Dubai, the company is highlighting a 40-inch 5,120 × 2,160 curved ultrawide diagnostic monitor and a 32-inch 3D surgical display aimed at procedural imaging.
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UCLA scientists cut flicker noise in nanowires for sensors dramatically. The team demonstrated an ultra-low-noise transport regime in quasi-1D materials, indicating a path toward higher-fidelity medical sensing and more stable quantum devices.