Automated radioactive liquid handling
Use case
Prioritize safety in every procedure
Minimize the risk of contamination with a system designed for secure and precise handling of radioactive liquids.
Automation and remote operation
Increase productivity and save valuable time with fully automated processes and remote control capabilities.
Customizable solutions
Optimize coating efficiency by minimizing waste and reducing processing time, ensuring superior coating results. Tailor the system to fit your specific needs and workflows, ensuring optimal performance for your unique applications.
Highlights
Overview of Radioactive Liquid Handling
Elveflow’s radioactive liquid handling setup is engineered to manage radioactive substances with precision and safety across various industrial and research applications. The system streamlines the movement, mixing, dispensing, and analysis of radioactive liquids, enabling you to automate or remotely control your laboratory processes and significantly enhance productivity.
Optimize Your Radioactive Liquid Handling
This advanced solution combines cutting-edge technology, automation, and versatility to revolutionize your workflow. Radioactive liquid handling systems have become essential in industries such as nuclear medicine, pharmaceuticals, and research laboratories, providing critical support for safe and efficient operations.
Why Choose Elveflow for Radioactive Liquid Handling?
Key Advantages:
- Precision and Performance: The Elveflow system creates a controlled environment, minimizing risks to personnel and the surroundings, especially compared to manual handling methods.
- Consistent and Reproducible Results: Automated systems ensure precise dispensing and dilution, enhancing efficiency, throughput, and consistency while reducing manual errors.
- Optimized Resource Usage: Automation minimizes waste and optimizes liquid use, ensuring that resources are used efficiently.
- Real-Time Data Tracking: Integrated software allows for real-time monitoring, data analysis, and documentation, ensuring accurate records, traceability, and compliance with regulatory standards.
- Customizable Configuration: The system can be tailored to your specific applications and workflows, with components like microfluidic pumps, sensors, and valves configured to meet precise requirements.
Setup
Radioactive Liquid Handling Setup
We provide all the essential tools to give you the versatility and flexibility needed for your unique experiments. Below is an example of a potential configuration:
Components of the Radioactive Liquid Handling System:
- OB1 Flow Controller
- Dual OB1 Flow Controller
- MFS Flow Sensor (optional upgrade to BFS-Coriolis Flow Sensor for enhanced performance)
- Rotative Distribution Valve (MUX Distributor)
- MUX Wire
- Reservoirs
- Starter Kit with Luer Lock Fittings and Tubing
- ESI Control Software (supports automated sequences)
This setup includes everything required to establish a controlled and automated radioactive liquid handling system. Explore how Elveflow’s systems can elevate your experiments with advanced automation and touch-free operation. Our expert team is ready to support your research and development projects with cutting-edge technology and exceptional customer service.
Contact Our Experts
Reach out to our team for any questions about this setup and how it can be customized to meet your specific needs.
Applications
Radioactive Liquid Handling Applications
This setup is crucial for researchers and industries that require precise, controlled, and efficient handling of radioactive materials. Key applications include:
- Lab-on-a-Chip Systems: Use radioactive samples in microfluidic devices for rapid and highly sensitive analyses.
- Radioactive Tracer Studies: Visualize and analyze fluid flow patterns to design more efficient devices.
- Radiolabeling for Biomolecular Studies: Work with radioactive isotopes to label biomolecules, facilitating the study of molecular interactions and cell signaling.
- Radioisotope-Based Flow Sensors: Incorporate radioactive isotopes in microfluidic flow sensors to monitor fluid dynamics, with applications in industries requiring precise control.
- Nuclear Waste Analysis and Treatment: Analyze and treat nuclear waste with microfluidic systems equipped with radioactive samples, optimizing waste treatment and minimizing environmental impact.
- Radiation-Induced Chemistry and Material Testing: Study radiation-induced chemical reactions and material behavior for material testing and development.
Automated radioactive liquid handling
Use case
Prioritize safety in every procedure
Minimize the risk of contamination with a system designed for secure and precise handling of radioactive liquids.
Automation and remote operation
Increase productivity and save valuable time with fully automated processes and remote control capabilities.
Customizable solutions
Optimize coating efficiency by minimizing waste and reducing processing time, ensuring superior coating results. Tailor the system to fit your specific needs and workflows, ensuring optimal performance for your unique applications.
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