miniGITA Single
Introducing the miniGITA Single-a versatile and cutting-edge radio TLC system, designed for nuclear medicine and radio-pharmacies. Ideal for SPECT and PET applications, the miniGITA Single delivers exceptional sensitivity and performance with minimal noise. Its advanced motor technology ensures smooth operation, making it perfect for high-demand quality control labs.
Key Features
• Versatile Detector Probes: Compatible with a wide range of isotopes, including SPECT and PET, ensuring optimal performance for different applications.
• Gas-Free Detection: Low maintenance and long-lasting detectors that do not require gas.
• Fast Scanning: Complete TLC plate scans in less than 1 minute, saving valuable time.
• Multiple Modes: Includes basic spectrum scan, half-life time confirmation, and advanced chromatography modes.
• GxP Features: Full compliance with GMP/GLP standards for reliable documentation and quality control.
• Automatic Probe Recognition: Ensures accurate configurations and optimal performance.
Probe Options
• OFA Probe: One-fits-all V-shaped BGO probe for high sensitivity and excellent resolution for both SPECT and PET isotopes.
• PET Probe: Optimized for positron emission with low background noise and a high dynamic range.
• New Gen Probe: High sensitivity with a broader energy range for SPECT and PET.
• 3SA Probe: Shielded for spectrum analysis with excellent background noise elimination.
• Alpha Probe: Enhanced for alpha radiation detection with high efficiency.
Collimators
• Tungsten collimators available in different sizes (5mm, 10mm, 15mm, 20mm) for optimal energy range adaptation (0-60 keV, 60-250 keV, 250-450 keV, >450 keV).
Technical Specifications
• Scan Area: 25 x 200 mm.
• Energy Range: 30-2000 keV.
• Count Rate: Up to 1,000,000 cps (PET, NewGen probes).
• Communication: USB 2.0 and 10/100 Ethernet for fast and reliable data transfer.
• Dimensions: L64 x H28 x W22 cm.
• Weight: Approx. 18.4 kg without the detector.
The miniGITA Single offers precision, speed, and flexibility for routine radiochemical purity testing and gamma spectrometry in modern nuclear medicine and radiopharmacy laboratories.
