Portable Geiger Counter Nuclear Radiation Detector for Gamma and Beta Rays

Stay more informed about the environment around you with reliable radiation monitoring in the palm of your hand. The FNIRSI GC-01 is a compact nuclear radiation detector designed for home users, technicians, laboratories, workshops, and industrial inspections. Its energy-compensated GM tube provides sensitive detection of gamma and beta radiation across a dose-rate range of 0–1000 Sv/h. Portable construction and a 1200mAh rechargeable battery make this portable radiation detector convenient for checks at home or in the field. Adjustable sound, flash, and vibration alerts help you notice elevated readings promptly.

Key Features

• High-sensitivity energy-compensated GM tube for dependable radiation detection.
• Measures gamma and beta radiation with a dose-rate range up to 1000 Sv/h (10 mSv/h).
• Adjustable sound, flashing-light, and vibration alarms provide clear notifications.
• Compact 120 × 78 × 27 mm handheld design with a 1200mAh battery for convenient portable use.
• Strong anti-interference performance supports reliable operation in complex electromagnetic environments.
  
  

Why Choose Our GC-01 Portable Geiger Counter Nuclear Radiation Detector?

Unlike basic radiation testers designed around minimal functionality, the GC-01 combines sensitive detection, three alert modes, portability, and a durable anti-slip, shock-resistant design. This gamma radiation detector gives you a practical balance of measurement capability and everyday convenience without bulky equipment.

Perfect For

• Checking marble, stone, minerals, and building materials
• Home and environmental radiation monitoring
• Laboratory and educational applications
• Industrial sites and workplace inspections
• Scrap metal and material screening
• Field measurements and portable radiation checks
  
  

Know What’s Around You

Add the FNIRSI GC-01 to your monitoring toolkit and enjoy convenient, portable radiation checks wherever your work or projects take you. Order yours today for greater awareness backed by sensitive, easy-to-use detection.