In the fast-evolving world of nuclear medicine shielding and research, the need for specialized equipment that meets critical safety requirements is constant. When one of the top radiopharmaceutical companies in the United States required a custom-built L-block and shielded cave, they turned to MarShield for a comprehensive, start-to-finish solution. This collaboration resulted in the development of a custom L-block that was seamlessly integrated with a proprietary shielded cave. The project underwent multiple design phases before a final decision was made, ensuring the best possible outcome.
This case study outlines the key stages of the development process and how MarShield’s expertise in radiation protection delivered a high-performance shielding solution tailored to the client’s needs.
MarShield’s Custom Design Process for Radiation Shielding Projects
Initial Consultation and Design Review
MarShield began by conducting a thorough assessment of the client’s requirements, which included evaluating the level of radiation protection needed, the work envelope that required shielding, and the specific design considerations for the L-block and shielded cave. The goal was to develop a solution that offered greater coverage than standard designs while ensuring seamless integration into the client’s existing workflow.
Through close collaboration with the client’s technical team, MarShield designed an L-block with a shielded cave that enhanced protection without compromising functionality. This process ensured that the final product not only met but exceeded industry safety standards.
Material Selection
The selection of appropriate radiation shielding material was crucial to achieving optimal protection and durability. MarShield’s engineers chose 11-gauge 304 stainless steel for its structural integrity and resistance to wear in demanding environments. To provide the necessary radiation shielding, ASTM pure lead was incorporated into the design, achieving an effective shielding thickness of ½ inch.
By combining high-quality stainless steel with precision-cut lead plates, the L-block and shielded cave were designed to withstand long-term exposure to radioactive materials while maintaining ease of use in a laboratory setting. The inclusion of lead glass allowed for clear visibility without compromising safety.
Prototyping and Iteration
Before moving into full-scale production, the design went through several refinements to ensure it met strict performance and regulatory requirements. MarShield produced detailed engineering drafts and worked closely with the client’s team to incorporate functional adjustments based on real-world application feedback.
This iterative design process allowed for enhancements that improved usability and overall effectiveness. Consistent communication with key stakeholders ensured that every modification aligned with the client’s operational needs, resulting in a solution that enhanced radiation protection while maintaining efficiency.
Final Design and Fabrication
Once the design was finalized, MarShield proceeded with fabrication, adhering to ISO-certified quality standards to ensure precision and consistency. The L-block and shielded cave were constructed using 11-gauge stainless steel, with ASTM pure lead shielding carefully integrated into the structure to meet exacting safety specifications.
To ensure maximum durability, lead glass was secured using abrasion-resistant grommets and reinforced brackets, preventing damage from long-term use. Each component was meticulously assembled and tested to confirm that it provided the required level of nuclear medicine shielding, offering reliable protection in a high-radiation environment.
Successful Outcomes and Customer Satisfaction
The completion of this custom radiation shielding project was a testament to MarShield’s ability to understand complex client requirements and translate them into a highly effective solution. The L-block and shielded cave not only met all technical specifications but also reinforced workplace safety, offering staff confidence in their protective environment.
By utilizing high-quality radiation shielding materials, including stainless steel, ASTM pure lead, and lead glass, the final product delivered outstanding durability and performance. MarShield’s commitment to precision engineering and regulatory compliance ensured that the radiopharmaceutical company received a shielding solution that aligned with both safety standards and operational needs.
When companies address the unique challenges of their industry with tailored solutions, customer satisfaction follows naturally. MarShield’s expertise in radiation protection design, combined with its use of high-quality materials and expert craftsmanship, resulted in a shielding solution that not only met immediate requirements but also provided long-term value. This dedication to quality and service continues to build lasting relationships with clients in the nuclear medicine shielding sector.
If you’re looking for a custom radiation shielding design, MarShield is up for the challenge!
Explore our custom radiation shielding solution, or contact us today to discuss your project’s specific needs.