The HA4300-R is an intelligent, precision dose calibrator specifically designed for nuclear medicine, enabling rapid quantification of radiopharmaceutical activity. It features one-touch background subtraction and a user-friendly full Chinese interface for exceptional ease of use.

The HA4300-R is an intelligent, precision dose calibrator specifically designed for nuclear medicine, enabling rapid quantification of radiopharmaceutical activity. It features one-touch background subtraction and a user-friendly full Chinese interface for exceptional ease of use.

The RC4000 (RC4000-T) is designed to screen α/β surface contamination on the hands, feet, and clothing of personnel exiting radioactive controlled areas. Integrating large-area dual-scintillator detectors, the unit ensures rapid and reliable monitoring. Multiple position sensors standardize personnel stance, while a 10-inch touchscreen and voice prompts guide users and display results in real time.

The RC1000-G is designed for radioactive contamination control at nuclear facilities, hospital nuclear medicine departments, radiopharmaceutical plants, and radioactive laboratories. It screens personnel exiting controlled zones for surface contamination on all body parts—including hands, feet, and head—displaying results in real time.

The HA3800-W is a smart, wrist-worn personal dosimeter that integrates radiation monitoring with physiological health tracking. While measuring ionizing radiation, it simultaneously monitors blood pressure, heart rate, and body temperature to ensure user health and safety. It is ideal for use in the nuclear industry, medical institutions, environmental protection, military, and firefighting sectors.

The HA3800G monitors occupational radiation exposure from X-rays and gamma rays. It measures the real-time ambient dose equivalent rate and cumulative personal dose equivalent Hp(10). The device alerts users via audible, visual, and vibration alarms when preset thresholds are exceeded, mitigating the risk of excessive radiation exposure.