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How Can TOF Technology Improve 3D Measurement and Inspection of Semiconductor Chips?   TOF Technology Revolutionizes Semiconductor Chip Measurement for Advanced Precision Manufacturing With the rapid evolution of semiconductor technology, achieving high-precision measurement and quality control has become a cornerstone for modern chip fabrication. Traditional measurement tools often struggle to meet the increasingly stringent requirements of sub-micron and nanometer-scale semiconductor structures. TOF (Time-of-Flight) technology is emerging as a transformative solution,...

How TOF Technology Unlocks 3D Observation and High‑Precision Data in Biological Experiments With the rapid advancement of life sciences and biotechnology, researchers increasingly require three-dimensional (3D) observation, real-time imaging, and high-precision data acquisition for cell biology, tissue engineering, drug screening, and dynamic microscopic studies. Traditional 2D microscopy and static imaging methods often fall short when it comes to capturing spatial relationships, dynamic behaviors, or complex micro‑environments. TOF (Time‑of‑Flight) technology emerges...

How TOF Technology Enables 3D Medical Imaging and Precise Minimally Invasive Surgery Navigation With the rapid advancement of modern healthcare, hospitals and surgical centers increasingly focus on precision diagnosis and minimally invasive treatment. Traditional medical imaging methods such as X-rays, CT scans, and 2D ultrasound are widely used but have clear limitations in providing real-time 3D spatial information, accurate surgical guidance, and high-precision navigation. TOF (Time-of-Flight) technology has emerged as...

How Can TOF and LiDAR Fusion Improve Short-Range and Long-Range Perception in Autonomous Driving With the rapid development of autonomous driving, vehicle perception has become a core factor in ensuring safety, efficiency, and intelligent decision-making. Currently, the most widely adopted perception solutions include cameras, millimeter-wave radar, LiDAR, and TOF (Time-of-Flight) sensors. Each technology offers unique strengths, but relying on a single sensor introduces limitations in short-range detection, long-range mapping, and...