The automation of clinical laboratories is a growing phenomenon, a process applicable to all stages of the analytical process; the use of computing, the incorporation of auto-analyzers and other automatic elements provides a series of advantages by improving efficiency and productive capacity for the benefit of patients, professionals and the laboratory itself. The ability to recognize the right moment in which the automation should be applied as well as the degree and stages in which it is possible to intervene are good hallmarks of the efficient automation process. This change must be done in a planned way considering elements such as costs, the training of the personnel and the available technologies.
The pre-analytical modules are designed to automate the initial processing of samples sent to the clinical laboratory for analysis. Initial sample processing includes registration, labeling, sorting, centrifugation, de-capsulation, aliquoting, aliquot labeling and transport to one of the sample analyzers or laboratory work stations.
Laboratory automation is a multidisciplinary strategy to research, develop, optimize and leverage technologies in the laboratory, enabling new and improved processes. The professionals of laboratory automation are academic, commercial and governmental researchers, scientists and engineers who carry out research and development of new technologies to:
- Raise the quality of experimental data.
- Reduce cycle times of the laboratory process.
- Allow experimentation, which otherwise would be impossible.
If you need to determine the pH of your samples, Laboratory pH Meter is useful in reducing the time and tedium associated with manual pH testing.
It complies with the requirements, and guarantee smooth, non-discordant measurement of Sample pH. Automation can also be useful to do a broad range of tasks such as handling, loading, and unloading, pick and place, insertion, closures and so on.
In the field of clinical laboratory automation, there are several key success factors. Here’s how automation sample transfer and handling solutions give you a competitive edge. Laboratory Automation enables efficient and reliable transfer of samples during pre-analytical, analytical and post-analytical processes.
Laboratory automation: sample handling
Laboratory automation offers tailored solutions to minimize manual sample handling, reducing errors and improving efficiency. You can instantly route samples to decision points where a result is read, and track samples accurately throughout the process.
Modular automation of laboratories
You can make changes to the laboratory automation process over time, quickly and easily, according to your needs. For example, you can easily customize samples in different containers or flasks. Laboratory automation solutions are modular, allowing for a gradual increase in laboratory capacity and simplifying changes and additions in a configuration without breaking the bank.
Negligible ecological footprint
Laboratory automation solutions reduce energy consumption, waste generation and increase reusability. Improvements in the laboratory environment include reduced noise level and higher operator safety by eliminating sharp edges, edges, pinch points, and lifting heavy loads.
Click here to get Laboratory pH Meter and Probe to simplify the process of getting the pH of your laboratory samples. The Rapid pH reader makes it easier to get pH of your samples by completely automating all of these steps at the press of a single click.