Shielded isolators for radiopharmaceutical dispensing
Ensure precise radiopharmaceutical dose preparation with complete operator protection from ionizing radiation, while maintaining Class A sterile conditions for efficient dispensing and fractioning operations.
Dispenses and Calibrates Radiopharmaceutical Vials and Syringes
The BBST Series from Comecer is a state-of-the-art shielded isolator designed for the precise dispensing and calibrating of radiopharmaceuticals in liquid form, such as iodine-131 and technetium-99m vials, as well as fluorodeoxyglucose (FDG) and yttrium-90 syringes. This modular isolator ensures a sterile, Class A environment with a laminar flow system, crucial for maintaining cGMP compliance in production. It integrates seamlessly into radiopharmaceutical production lines, enabling batch or semi-automatic operations tailored to the needs of pharmaceutical manufacturers, hospital pharmacies, and nuclear medicine facilities. Engineered with AISI316L stainless steel for durability and corrosion resistance, it features airtight connections and high sensitivity tele-pliers for safe handling of radioactive materials. The built-in dose calibrator offers precise measurement with touch-screen control, enhancing accuracy and efficiency. Maintenance is streamlined with automated pressure adjustment and optional VPHP connections for sterilization, ensuring minimal downtime and sustained operational efficiency.
Benefits
- Ensures operator safety from ionising radiation with complete shielding and air seal technology.
- Enhances production precision and compliance through integrated dose calibration and cGMP adherence.
- Increases operational efficiency with modular design and automated pressure regulation.
- Facilitates rapid batch processing of vials and syringes for diverse radiopharmaceuticals.
- Supports sterile operations with laminar flow in a Class A environment.
- Applications
- Syringes,Vials,Radiopharmaceuticals
- End products
- Lutetium-177 vials,Technetium-99m vials,Yttrium-90 syringes,Iodine-131 vials,Fluorodeoxyglucose (fdg) syringes
- Steps before
- Steps after
- Input ingredients
- radiopharmaceuticals,vials,syringes,radioactive fluids
- Output ingredients
- fractioned vials,fractioned syringes,calibrated doses
- Market info
- Comecer is known for manufacturing advanced containment and isolation systems, particularly in the pharmaceutical and nuclear medicine sectors, with expertise in custom-engineered equipment, ensuring high safety and compliance standards.
- Laminar Flow
- Entire main chamber
- Material of Construction
- AISI316L stainless steel
- Pressure Control
- Automatic adjustment by modulating valves
- Radioactive Fluid Connections
- Airtight
- Automation
- Semi-automatic touch screen controlled
- Dose Calibration Capability
- 2 Ci or 20 Ci
- Capacity
- Batches of 10-15 vials / small syringe batches 3-5
- Compliancy
- cGMP
- Syringe Extraction System
- Available
- Automation level
- Touch screen control / Semi-automatic / Automatic
- Batch vs. continuous operation
- Batch
- Cleaning method
- Manual / Optional automatic VPHP connections
- Internal pressure adjustment
- Automatic by modulating valves
- Tele-pliers operation
- High sensitivity,movement by ball bearings
- Pre-chamber usage
- Ventilated for introducing materials
- Product extraction system
- Drawing System
- Housing capability
- Automatic modules or fractionation systems
- Corrosive resistance (e.g. acids)
- AISI316L stainless steel
- Filling capacity
- 10-15 vials or 3-5 syringes per batch
- Radiopharmaceutical dose preparation
- Yes
- GMP Compliance
- cGMP regulations
- Machine footprint
- Compact
- Control panel type
- Touch screen
- Modular design
- Yes
- Configuration
- Flexible
- Main chamber airflow type
- Laminar flow
- Material used
- AISI316L stainless steel
- Product extraction
- Drawing System
- Handling method
- Tele-pliers
- Control Panel Type
- Touch screen
- Hot Cell Integration
- Yes
- Flexible Configuration
- Modular design
- Integration with Automatic Modules
- Yes
- VPHP Connections
- Manual valves,automatic optional