Dual Synthesis Hot Cell 100mmPb for FDG Production Line
Product Specifications
| Attribute |
Value |
| Lead equivalent |
Customized Design |
| Protection level |
10Pbmm 20mmPB 50Pb 100Pb |
| Ventilation filter method |
Active Carbon |
| Application |
Nuclear Medicine Field/Radiation Shielding/Gamma |
| Material |
Galvanized Steel Panel Material |
| Usage |
Radiation Shielding Products |
| Accessory |
Tungsten Radiation Shielding |
| Color |
Stainless Steel Color |
| Disinfection Method |
UV and Ozone |
Product Overview
The JVVMED-DUHCS75-RFM features complete isolation protection with a clean arc stainless steel inner cavity, specifically designed for positron radiopharmaceutical synthesis. This system meets stringent lead shielding requirements while maintaining cGMP clean pharmaceutical standards during synthesis operations.
Hot Chamber Components
- Control Area: Located at the top with independent ventilation, control unit, gas valve, and radiation monitoring for operational safety
- Working Area: Middle section with front shield door access, designed to accommodate various market-available synthesizers
- Auxiliary Area: Bottom section providing essential support functions for hot chamber operations
Technical Parameters
cGMP Biological Cleanliness Level Working Area:
- Dual synthetic lead chamber with seamless stainless steel welding
- Cleanliness: Class C
- Negative pressure: -50Pa to -200Pa
- Demand air volume: 300 m³/h
- Sealing: Second Level Standard Sealing
- Air supply: High efficiency filter
- Exhaust: Activated carbon filter
Lead Shielding (ICRP Radiation Safety Standards):
- Front side: 75mmPB
- Left/right side: 60mmPB
- Target line shielding: 50mmPB
- Surface radiation dose: < 5μSv/h @3Ci-F18
- 30cm radiation dose: < 1μSv/h @3Ci-F18
Dimensions:
- Internal: 850mm (W) × 619mm (D) × 700mm (H)
- External: 1185mm (W) × 1117mm (D) × 2400mm (H)
- Accessories: Lamp, UV lamp, ozone sterilization device, power socket
Applications
This premium nuclear radiation protection product is essential for nuclear medicine facilities, hot cells, and laboratories handling radioactive materials. Its galvanized steel construction and lead-lined design provide durable protection against gamma radiation while meeting strict nuclear safety standards.
Ideal for creating shielded environments, storing radioactive materials securely, or transporting radiation protection containers. The hot cell design makes it particularly suitable for specialized applications requiring high-level radiation shielding.
