Automated Microbiology Testing is the Key to Laboratory Growth in the 21st Century

Modern microbiology laboratories demand efficiency, and that means constantly improving data quality and lab productivity while simultaneously shortening time to results, and lowering the manufacturing cycle. This works by lowering the required working capital investment through faster release of inventory. As microbiologists become swamped with higher and higher volumes of work, traditional paper-intensive manual plate methodologies are becoming a thing of the past, and automated technology now holds the key to future growth. 

Manual systems are tedious and labor intensive; they are susceptible to transcription errors, and require skilled lab technicians to spend excessive amounts of time performing simple, monotonous tasks. Twenty years ago, when automated microbiological testing systems were not available, this elongated time to results and plodding flow of information was a necessary evil; with the rapidity of technological advancement in the 21st century, this is no longer the case. Automated microbiological testing systems are equipped with flexible electronic designs, allowing lab personnel to more efficiently manage, review, store, and report the high volume of analytical information needed for microbiology quality assurance. Repetition of the same task again and again is often the source of inconsistent results, but automation significantly reduces the chances of human error as well as the risk of lost data, resulting in huge productivity gains for manufacturers and laboratories. In this way, automation can provide companies with a higher level of quality assurance while requiring far less labor, and this equates to a greater profit margin.

In today’s economic climate, automation is essential in order to streamline workflows and ensure a quality product. Expedition of lab work through automation is changing the way that modern microbiology labs function, and the companies that utilize these new microbiology instruments are becoming more productive than ever before. The BioLumix system brings automation to current microbiological testing, providing a new generation of microbiology labs with the tools they need to excel and overcome their challenges. The system operates by using optical sensors, which detect color and fluorescent changes in ready to use carbon dioxide sensing vials, eliminating the need to make, prepare, or quality control traditional media. Automated sample tracking and data management also allows for the safe and immediate transfer of information in a paperless format.

With many labs bereft of a large number of qualified technicians, and subject to a great deal of pressure to analyze a higher volume of samples and deliver rapid results, the BioLumix automated microbiological testing system does the tedious work for you, and can be easily operated by a non-microbiologist. All in all, this equates to a 60% savings in labor, and this newfound time can be utilized by laboratory personnel to perform higher value tasks, such as the interpretation of results and diagnoses of potential problems as early as possible. We have all heard the old adage “time is money,” and that is where the BioLumix rapid testing system truly shines. Simply put, faster detection of microbial contamination results in faster corrective action, and that saves money. A nominal investment in an automated testing system will save your lab valuable days in their quality control process, and can reduce time to results from 7-10 days to 1-2 days. If contaminants are found, products can be recalled much earlier, and manufacturers can quickly take action to substitute raw materials that do not meet specifications. They can also resume production of a high quality product much earlier, which means that a single incident of faster intervention can save more than the cost of an automated rapid testing system.  Speeding up microbiology testing results in the speeding up of production and the reduction of inventory. By implementing a rapid micro method, you can re-allocate new found floor space to increase manufacturing capacity, add more SKU’s to inventory, or reduce distribution center costs.

The BioLumix automated microbiology testing system is easy to use, and can be utilized by modern laboratories to ensure quality products, speed up production, reduce labor, and increase manufacturing capacity by enabling a rapid release of inventory. With a lower working capital investment, and a more efficacious use of microbiologists’ skills, automating with BioLumix will have a profound affect on any organization’s key profit drivers, and may very well be the key to their growth in the 21st century marketplace.

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