Relative Intrinsic Error ≤ ±10% @ ¹³⁷Cs, 1 mSv/h. Surface Contamination Meter with 10⁻⁶ Gy/h – 10 Gy/h Dose Rate for Radiation Testing

This nuclear radiation detector is a sophisticated, dependable tool for accurate radiation measurement and monitoring across multiple settings. Its dose rate covers 10⁻⁶ Gy/h to 10 Gy/h, competent for tracing both faint and intense nuclear radiation. The 50 KeV to 10 MeV energy range delivers steady readings for various radioactive sources, well suited for nuclear safety, environmental tracking and radiation protection work.

It can collect data of alpha and beta rays, helping users clearly identify existing radiation types. This function plays a key role in contamination evaluation and routine inspection at nuclear sites. It also adopts multiple units including cps, cpm, Bq and Bq/cm², to present data in forms that fit operational standards and regulatory rules.

Users can freely adjust its measuring range to modify sensitivity and precision based on on-site radiation conditions, which works well in environments with unstable radiation levels. Built-in data storage records all historical data for long-term tracking, trend analysis and report filing, keeping important radiation records safe and easy to access.

It achieves ≤9% energy resolution for Cs-137 sources, a core advantage for radiation detection. This high precision enables clear distinction of different radiation energies and accurate identification of radioisotopes, fully meeting strict requirements of nuclear research, medical radiology and industrial flaw detection.

It features around 100 hours of continuous runtime with one set of batteries. The long endurance allows non-stop operation in remote and tough sites, cutting down frequent charging or battery replacement and greatly improving field work efficiency.

To sum up, this detector features wide dose rate and energy ranges, alpha & beta ray detection, multi-unit selection, adjustable parameters and stable data storage. Superior energy resolution and long battery life make it a premium device for radiation monitoring. It offers accurate, stable and easy-to-use measurement for environmental surveys, nuclear stations, health management and emergency disposal, fully satisfying the professional demands of radiation safety staff.

The JOVI JVVMED-015 Nuclear Radiation Detector is a sturdy, precision-calibrated instrument manufactured in China and compliant with ISO9001 certification. As a professional surface contamination tester, it is widely adopted across industry, environmental protection and medical sectors for radioactive contamination control. It precisely picks up alpha and beta rays to support long-term radiation surveillance, safeguarding public health and meeting relevant regulatory requirements.

It is a practical device for nuclear facilities, research labs, medical centers and emergency teams that prioritize radiation safety. With high sensitivity and a 0.01-9999 calibration coefficient range, it delivers precise readings for trace radioactive particles on surfaces. Adopting Si-PM sensors, it maintains stable performance and long service life. The 200×120 Cm² ×4 detection area realizes fast and efficient scanning over large surface areas.

Environmental departments rely on this detector to monitor radioactive substances in soil, water and air and curb contamination spread. Its ≤9% energy resolution for Cs-137 enables accurate identification of radioisotopes, laying a solid foundation for risk evaluation and hazard management.

Lightweight and portable, it runs continuously for 20 hours to serve field inspectors and mobile monitoring teams. Each unit is packed in a solid wooden case and delivered within 15 working days. We accept orders starting from one unit with advance T/T payment for easy purchasing.

In short, JOVI JVVMED-015 is a must-have device for professionals engaged in radioactive contamination monitoring. It excels in surface testing, environmental radiation management and safety supervision. Rich practical functions and easy operation make it a top pick for safety assurance in radiation exposure areas.