Efficient and Reliable Gas Control in Material Analysis with Burkert

In today’s industrial landscape, the precise analysis of materials is paramount, particularly in meeting stringent legal requirements such as the EU Food Containment Regulation 2023/915. Companies are compelled to understand the exact composition of various materials, including soil, waste, metals, and chemicals. Acquiring reliable analysis devices to accurately quantify heavy metals and other constituents in these materials is essential.

An optimal gas control application plays a critical role in achieving reliable and reproducible results in material analysis devices. Burkert, a leader in fluid control technologies, emphasises the importance of customised gas control systems that integrate seamlessly with analytical equipment.

The Importance of Gas Control in Material Analysis

Gas control is central to maintaining the operational integrity of devices used for material analysis. Whether it’s atomic absorption (AAS), atomic emission spectroscopy (AES), inductively coupled plasma mass spectroscopy (ICP-MS), or other analytical methods, consistent gas flows and pressures are key for accurate results. Variations in gas control can lead to discrepancies in measurements, which could potentially thwart compliance with regulatory standards.

To address these challenges, Burkert’s expertise in fluidics facilitates the development of tailored gas control solutions that enhance performance across various spectroscopic techniques. Their solutions focus on reliability and repeatability, ensuring that analysts can obtain trustworthy data.

Customised Gas Control Solutions

Burkert understands that no two analytical setups are alike. Therefore, they offer individualised gas control systems that can be equipped with or without integrated electronics, depending on the specific needs of the customer. Utilising a comprehensive portfolio of proven standard components, such as valves, pressure controllers, and electronic elements, Burkert can optimise systems for various installation requirements and functionalities.

Integration with Analytical Devices

Burkert’s specialists collaborate closely with customers to design gas control systems that are perfectly suited to their unique applications. Their approach results in:

• Compact Design: Burkert’s gas control systems are designed to save space within devices, enabling manufacturers to build more compact instruments without sacrificing functionality. This is critical for advanced analytical techniques like AAS and ICP-MS, where space is at a premium.
• Integrated Components: By offering coordinated components that include valves and pressure controllers, Burkert ensures that every aspect of gas control functions seamlessly. This integration leads to smoother operations and more stable measurements.
• Rapid Development: With short lead times and streamlined processes, Burkert accelerates the delivery of customised solutions, allowing device manufacturers to meet market demands swiftly.

Product Offerings for Gas Control Applications

Burkert has developed specific products tailored for various gas control applications in analysis devices:

• AAS-AES Applications: For atomic absorption and emission analyses, Burkert provides compact digital systems capable of managing the entire gas and liquid sample flows efficiently, enabling stable flame conditions critical for sensitive spectral analyses.
• ICP-MS Solutions: In ICP-MS systems, Burkert designs modular, dynamic gas control systems that incorporate solenoid valves, proportional valves, gas controllers, and filters within highly integrable manifolds. This modular architecture supports flexibility and precision in gas management.
• Spark Spectrometry: When it comes to spark spectrometers, Burkert’s intelligent architectures ensure rigorous argon control, maintaining purity and preventing cross-contamination — essential for accurate material analysis.
• XFA Spectrometer Integration: Burkert’s systems for multi-element analysis with XFA spectrometers feature reliable gas flow control, integrating low-maintenance components in compact configurations tailored to analytical needs.

Continuous Data Capture for Compliance

In addition to precision in gas control, Burkert’s systems allow for continuous and direct recording of analysis data. This facilitates compliance with regulatory documentation requirements without needing additional interfaces, thus streamlining data management and monitoring.

The Advantages of Burkert Gas Control Systems

Choosing Burkert for gas control systems translates to several significant advantages:

• Efficiency: Streamlining the procurement and assembly processes lowers costs and reduces time spent on managing logistics.
• Customisation: Highly integrated systems meet diverse needs without compromising on size or performance.
• Sustainability: By offering tailored solutions, Burkert enables manufacturers to produce devices that comply with regulatory standards while achieving operational efficiency.
   

As the demand for precise material analysis grows, Burkert remains at the forefront, delivering innovative and reliable gas control solutions. Their expertise not only enhances the accuracy of analytical results but also supports compliance with essential regulations, thus empowering manufacturers to meet the evolving needs of the material analysis sector. Whether looking for compact systems or fully integrated solutions, Burkert is your partner for gas control systems.