Product Description:
   
  The hot cell consists of three structural sections. The control area is located in the upper part of the hot cell, equipped with an independent ventilation system, hot cell control unit, radioactive gas shut-off valve, and internal radiation dose monitoring and interlock system.
   The spacious internal design accommodates the installation of all synthesizers available on the market. 
  The auxiliary area is located in the lower section, providing supporting functions for the hot cell.
  High-standard lead shielding and bioclean safety requirements not only comply with ICRP radiation safety standards but also ensure a GMP-compliant clean pharmaceutical environment for the synthesis of positron-emitting radiopharmaceuticals for PET.
   
   
   
   
  Product Detail:
   
  cGMP-Compliant Bioclean Work Area One independent synthesis lead enclosure constructed from seamless welded stainless steel
  Cleanliness Class: Class C
  Negative Pressure: 50 Pa – 100 Pa
  Airflow Volume: 600 m³/h
  Sealing: Isolated clean stainless steel inner chamber
  Air Supply: 99.95% HEPA filtration
  Exhaust: HEPA + activated carbon filtration
   
  Front Shielding: 100 mm Pb or customized design
  Side Shielding: 100 mm Pb or customized design 
  Surface Radiation Dose: < 10 µSv/h
  Radiation Dose at 1 m Distance: < 0.5 µSv/h
  Ergonomically Designed Control Panel
  Control: Centralized integrated touchscreen HMI
  (Human-Machine Interface)
   
   Dimensions:
  Internal Dimensions: 850 mm (W) × 590 mm (D) × 680 mm (H)
  External Dimensions: 1125 mm (W) × 1078 mm (D) × 2400 mm (H)
   Negative Pressure Indicator: Analog pressure gauge
  Key Auxiliary Functions
  Emergency shutoff of radioactive gas release via quick-closing valve to
  contain gas within the hot cell
  Sealing and isolation of pipelines/cables penetrating the hot cell to
  maintain negative pressure integrity
     
   
              
        
            
                
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                                                                Precision Mechanical Arm Sub Assembly Hot Cell Integration And Design Images
                                                            
                        
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