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Labmate Nuclear Radiation Detector detects ? rays, X-rays, and ? particles with dose rate of 0.00 to 10000 µSv/h. They display real-time readings on TFT high-definition screen, ensuring clear and immediate data visibility. Their built-in indicator lights provide quick visual alerts during radiation spikes or alarm-triggered conditions. These incorporate an energy-compensated GM tube to improve detection response. Our Radiation Detector is applied in factories, hospitals, labs, and outdoor environments.
Selection Guide for Nuclear Radiation Detector
When selecting Nuclear Radiation Detector, customers should consider key parameters that align with their specific application needs. This detector features a broad energy detection range of 48 keV to 1.5 MeV, allowing it to identify low to high-energy radiation sources effectively. It is capable of detecting gamma (γ), X-ray (χ), and beta (β) radiations, which are essential in fields such as nuclear power monitoring, medical imaging, industrial inspection, and environmental protection. The device uses a Geiger counter, a well-established and dependable sensor known for its high sensitivity and quick response to ionizing radiation. It supports a wide dose rate range from 0.00 to 10000 µSv/h, making it suitable for both routine background radiation monitoring and high-exposure scenarios. Additionally, it operates efficiently within a working temperature range of -5°C to 40°C, ensuring reliable performance in laboratory, indoor, and on-site field conditions. These specifications help customers make an informed decision based on detection range, radiation types, and environmental adaptability.