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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.
$ 12000 / Box of 1
$ 13000 / Box of 1
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.