Carbon-nanotube X-ray sources for CT imaging and security scanning
NuRay manufactures distributed X-ray sources using carbon-nanotube (CNT) technology for CT scanners and security inspection systems. The tech stack—IGBT power electronics, C/C++/C#/Python, TensorFlow/PyTorch, and DICOM/PACS medical imaging standards—reflects a hardware-software hybrid business where imaging algorithm development and real-time system integration are core. Engineering-heavy hiring (9 roles) with active projects spanning CT reconstruction, feature extraction, and integrated detector/motion control suggests the company is scaling beyond standalone X-ray sources into full scanner subsystems.
Notable leadership hires: Sales Director
NuRay Technology is a Sino-US joint venture founded in 2015 that designs and manufactures X-ray source products based on carbon-nanotube technology. The product family serves two primary markets: high-performance CT equipment for medical imaging and X-ray systems for security inspection. The company operates across engineering, sales, and manufacturing teams in Changzhou, Jiangsu. Active development spans CT imaging algorithms, integrated source-detector-motion control modules, and new product mechanical design, alongside recurring pressure to control production costs and meet delivery timelines.
NuRay manufactures distributed X-ray sources using carbon-nanotube (CNT) technology for CT scanners and security inspection systems, combining IGBT power electronics with medical imaging standards (DICOM, PACS).
C/C++, C#, Python, Java, IGBT, MySQL, Oracle, TensorFlow, PyTorch, MXNet, Keras, Caffe, DICOM, PACS. Stack emphasizes medical imaging protocols and deep-learning frameworks for CT reconstruction and image analysis.
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