Automation is increasingly commonplace in everyday life but in technical settings such as laboratories, where samples are tested for quality control in a range of industries from mining to pharmaceutical, many processes remain manual.

As technology evolves, however, cameras and sensors can be used to detect samples and advanced software, or AI, can be used to make decisions based on machine learning. In addition, automated processes using sensors and software can be run for long periods of time and are less prone to error.

Malvern Panalytical explains that a fully automated laboratory can standardise processes, from sample announcement and preparation to analysis and reporting, return results faster, and provide higher up-time compared with mostly manual-operated laboratories. Sample transport can even be done automatically using pneumatic delivery systems to move samples over longer distances, as well as robotic arms and moving belts for movement within a single space.

‘Ready-to-go’ container-based systems can be added to a work site as a standalone analysis solution or as an extension to an existing lab. These provide a single, contained environment that can be customised to the needs of the customer or project.

For permanent or larger-scale needs, a fully automated system can be integrated into an existing laboratory setup. This can include features such as bulk, manual or automated sample announcement, sample grinding, milling, cooling and weighing, and a range of analysis options including X-ray diffraction, X-ray fluorescence and radioactivity analysis.

An automated laboratory can be controlled using dedicated software such as the sample tracking and analysis control system, or SamTracs, from Malvern Panalytical. The system is designed to enable easy user interfacing, sub-processing, and customisable results reporting procedures, said to be particularly useful in a busy lab that requires the control of multiple processes and workflows.

Malvern Panalytical notes that an automated laboratory offers the benefits of increased productivity at lower energy and resource costs, especially beneficial for industries undergoing the most significant changes toward sustainability. Reducing waste, cutting energy costs, and increasing output can provide more efficient production while also helping to future-proof laboratory processes.

The company offers technical support and customisable laboratory automation solutions such as multiple analysis techniques that can be integrated into an automated laboratory for complete characterisation of samples.