Portable γ Camera - Model MR-MUC
Product Introduction
This advanced portable γ camera utilizes the coded-aperture radiation imaging principle. It employs a scintillation crystal array and SiPM array, combined with proprietary image reconstruction and fusion algorithms. Equipped with a laser rangefinder, it enables fast, real-time imaging of radiation hotspots while intuitively displaying their position and approximate shape.
Main Features
- Real-time radiation imaging capability
- Wide field of view with high position resolution
- Advanced nuclide identification
- Proprietary image reconstruction and fusion algorithms
- Adaptable to multi-purpose and complex environmental scenarios
Technical Specifications
| Parameter |
Details |
| Imaging Energy Range |
50–1500 keV |
| Energy Resolution |
≤9% (for Cs-137 source) |
| Imaging Field of View |
≥40° |
| Angular Resolution |
≤2.5° |
| Imaging Positioning Sensitivity |
Capable of imaging and positioning a Cs-137 test source with a dose rate of 30 nGy/h at the detector under natural background within 180 s |
| Device Weight |
≤8 kg |
Application Fields
- Customs & Airport Inspection
- Security & Critical Infrastructure Protection
- Radiological Medicine
- Environmental Radioactivity Monitoring
- Nuclear Power Operation, Maintenance & Emergency Disposal
Core Advantages
- Imaging range 50–1500 keV, covering mainstream radiation source detection requirements
- Energy resolution ≤9% for Cs-137 source, enabling high-definition imaging and accurate identification
- Fast positioning of low-dose radiation sources within 180 seconds, significantly improving emergency detection efficiency
- Lightweight body ≤8 kg, portable and easy to operate, designed for single-person carry and operation
Product Configuration
- Packing List: 1 copy
- Operation Manual: 1 copy
- Certificate of Conformity: 1 copy
- Power Cable: 1 piece