GITA*
Introducing GITA*-a state-of-the-art scanning device for precise radioactivity detection, ideal for advanced TLC plate analysis. GITA* effortlessly scans trace paths using individual nuclide settings, ensuring accurate results for each application.
For ɣ-nuclides, the device employs a highly efficient scintillation probe equipped with a BGO crystal. Thanks to its superior density and energy resolution, the BGO crystal delivers high stopping power for radiation, making it perfect for demanding analytical tasks. With its compact design and stable, non-hygroscopic properties, the BGO scintillation probe ensures longevity and reliability.
Key Features
• Scintillation Probe: BGO crystal for excellent radiation detection with high stopping power and energy resolution.
• Collimator Variety: Five mechanical collimators for energy ranges: 0-60 keV, 60-150 keV, 150-250 keV, 250-450 keV, and >450 keV. Each ensures optimal performance for different radioactive compounds.
• Precision Scanning: Automatically moves along trace paths with calibrated distance control between the detector and sample.
• TLC Plate Capability: Scans TLC plates up to 200 x 200 mm, displaying single chromatograms live on a connected PC.
• 3D Visualization: Multiple trace scans are viewable in a 3D format for comprehensive data analysis.
• Calibration & Sensitivity Checks: Built-in features for reference source calibration and sensitivity adjustments.
• Peak Integration: Perform manual or automatic peak evaluations with precise, single-event digital counting.
• Limit of Detection: Identifies even the smallest peaks for accurate data processing.
GITA* is the perfect solution for laboratories seeking precise and efficient radioactivity detection in their TLC analysis, offering advanced features in a user-friendly design.
