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| Price | 20000-50000 |
| MOQ | 1 |
| Delivery Time | 25 Working Days |
| Brand | JOVI |
| Place of Origin | China |
| Certification | ISO9001 |
| Model Number | 1-CF-35 |
| Packaging Details | Wooden Case |
| Payment Terms | TT In Advance |
| Protection Standard | Front 50mPb Or Customized Design | Protection Level | High |
| Usage | Protects Against Nuclear Radiation | Place of Origin | China |
| Packaging Details | Wooden Case | Grade | Class A |
| Model Number | 1-CF-35 | Certification | ISO9001 |
| Weight | Lightweight Options Available | Power Supply | 50HZ/10A/220V With Safety Protection |
| Brand Name | JOVI | Payment Terms | TT In Advance |
| Price | 20000-50000 | Delivery Time | 25 Working Days |
| Minimum Order Quantity | 1 | Ventilation | Negetive Pressure |
| Lifespan | 5-10 Years Depending On Usage |
The Nuclear Radiation Protection Hot Cell is an advanced engineered system designed to deliver exceptional safety and containment in radiation-intensive environments. Constructed with precision engineering and high-performance materials, it is essential for facilities where nuclear radiation poses significant operational risks. Whether deployed in medical, industrial, or research contexts, this protection system ensures the highest level of safety for personnel and sensitive processes.
A key functional feature of this hot cell is its integrated power system, which operates reliably at 50Hz/10A/220V. This configuration is supported by built-in electrical safety protection to prevent hazards and ensure stable, continuous operation—even under demanding conditions where uptime and safety cannot be compromised.
Classified as a Grade A system, this hot cell meets stringent performance and safety standards required for high-level radiation shielding applications. The Grade A designation reflects its superior quality, regulatory compliance, and suitability for sensitive environments such as Nuclear Radiation Hot Cells and nuclear medicine facilities. This certification confirms the system’s capability to provide maximum containment and protection against radiation exposure.
Despite its robust shielding performance, the hot cell is available in lightweight structural configurations that enhance portability and simplify installation. These options allow adaptability to various spatial and operational constraints without compromising radiation safety. The design reduces handling effort and supports flexible deployment in dynamic work settings, including those requiring frequent access or reconfiguration.
The system delivers a high protection level, effectively attenuating and blocking hazardous radiation to minimize exposure risks. This makes it indispensable in nuclear medicine applications such as radiopharmaceutical preparation, diagnostic imaging, and radiotherapy support. Its shielding integrity helps maintain a controlled and safe environment for operators, patients, and adjacent workspaces.
Specifically engineered for Nuclear Radiation Hot Cell applications, this system is built to contain intense radiation emitted during the handling, processing, and storage of radioactive materials. As a critical component in nuclear research, isotope production, and medical radiochemistry, the hot cell ensures radiation levels remain within strictly regulated limits, preventing leakage and supporting compliance with national and international safety standards.
In summary, the Nuclear Radiation Protection Hot Cell represents a high-grade, reliable, and operationally adaptable containment solution. It incorporates a stable 50Hz/10A/220V power system with integrated safety features, meets Grade A performance standards, and offers lightweight configuration options for flexible deployment. With its high radiation protection level, the system is ideally suited for Nuclear Radiation Hot Cell operations and nuclear medical radiation facilities—where safety, precision, and regulatory compliance are essential. By implementing this hot cell, organizations can ensure effective radiation management, protect personnel, and uphold the highest standards of operational safety.
The JOVI model 1-CF-35 Nuclear Radiation Protection system is engineered to deliver high-level shielding in demanding radioactive environments. Manufactured in China under ISO9001 certification and meeting Class A standards, this equipment ensures superior operational safety. Its protection performance features a standard front shielding rating of 50 mPb, with customization available to meet specific radiation containment needs.
A principal application of the 1-CF-35 is within F‑18 Hot Cell environments, where it provides essential protection during the handling and processing of fluorine‑18 and other radiopharmaceutical materials. The system’s lightweight configuration options enhance usability in such settings, supporting prolonged operator safety without restricting mobility or workflow efficiency.
Beyond F‑18 Hot Cells, the 1-CF-35 is equally suitable for nuclear medicine departments, research laboratories, nuclear power facilities, and industrial sites where radiation control is required. It operates on a reliable 50Hz/10A/220V power supply with integrated electrical safety protection, ensuring continuous and secure performance. Each unit is shipped in a robust wooden case, with delivery typically completed within 25 working days.
Available with a minimum order quantity of one unit, the system accommodates both small‑scale and institutional users. Payment is processed via T/T in advance, and pricing ranges from $20,000 to $50,000, reflecting its high-grade materials and customizable design.
In summary, the JOVI 1-CF-35 provides a certified, adaptable, and user‑focused radiation protection solution—particularly vital in F‑18 Hot Cell operations and other high‑risk nuclear environments. It combines configurable shielding, practical lightweight options, and compliant engineering to enhance safety, efficiency, and regulatory adherence across radiation‑sensitive industries.
JOVI provides fully customizable Nuclear Radiation Protection solutions, centered around the model 1-CF-35. Manufactured in China under ISO9001 certification, this system is engineered to meet stringent protection standards, offering a front shielding rating of 50 mPb and adaptable configurations tailored to your specific operational requirements.
Our protection solutions are particularly suited for F‑18 and I‑131 Hot Cell environments, delivering high-level safety and reliable performance in medical, research, and industrial applications. The design emphasizes lightweight and portable construction, ensuring ease of handling and installation across varied settings without compromising protective integrity.
We offer flexible pricing from USD 20,000 to 50,000 with a minimum order quantity of one unit. Each system is securely packaged in a durable wooden case and delivered within 25 working days. Payment is accepted via T/T in advance for straightforward transactions.
Key functional features include an integrated negative pressure ventilation system to maintain containment and air safety, alongside optional lightweight designs for enhanced maneuverability. Rely on JOVI for tailored, high-performance radiation protection solutions designed to meet the precise demands of your hot cell operations.
Our Nuclear Radiation Protection products are precision-packed to ensure complete structural integrity throughout transit. Each unit is encased in a heavy-duty, impact-resistant container engineered to shield against physical shocks and environmental exposure.
The packaging materials are carefully selected to prevent contamination and preserve the product's protective performance. All external surfaces are clearly labeled with handling instructions and mandatory hazard warnings in full compliance with international transport regulations.
We partner with certified carriers specializing in the shipment of sensitive and regulated equipment. Every delivery is fully tracked in real time to ensure secure and punctual arrival. Our logistics procedures strictly adhere to all applicable safety and regulatory requirements for transport from our facility to your site.
Upon delivery, customers should inspect the outer packaging for any visible damage before proceeding. Detailed unpacking and handling instructions are included to ensure the product is installed safely and ready for reliable operation.
