Ensure accurate and reliable radiation detection with this advanced Nuclear Radiation Detector, designed for professional and personal use. Featuring sound and light dual indication, this portable Geiger counter provides real-time dose rate, average dose rate, cumulative dose rate, and trend chart functions, allowing comprehensive monitoring of nuclear radiation levels. Key Features: · Multiple Functions: Equipped with sound and light alarms, the detector offers real-time dose rate monitoring, average dose rate calculation, cumulative dose measurement, and trend chart display for thorough radiation analysis. · Broad Detection Capability: Capable of detecting X-rays, gamma rays (γ rays), and beta rays (β rays), making it ideal for measuring radiation in stones, jadestone, and various unknown minerals. · Clear OLED Display: Features a high-resolution 128x64 organic light-emitting diode screen that delivers clear, intuitive, and precise readings, enhancing user experience and accuracy. · High Sensitivity and Fast Response: Utilizes the M4011 J321 Geiger counter tube with a tin oxide-sprayed cathode for superior sensitivity. Powered by an ARM processor, it ensures rapid operation and reliable detection results. · Wide Measurement Range: Measures radiation levels from 0 to 500 μSv/h, suitable for diverse environments including home radiation monitoring, irradiation processing facilities, and hygiene inspection. · Durable Construction: Built with high-quality PCB material, the detector offers a long operational life with a pulse count of ≥10⁹, ensuring lasting performance. Specifications: · Item Type: Nuclear Radiation Detector · Material: PCB · Measurement Range: 0-500 μSv/h · Life Span: ≥10⁹ Pulses Package Includes: · 1 x Nuclear Radiation Detector This Nuclear Radiation Detector is an essential tool for detecting and monitoring ionizing radiation with precision and ease. Its multifunctional capabilities, high sensitivity, and clear display make it suitable for various applications, providing peace of mind and safety in radiation-prone environments.