Calculate your potential savings with our ROI Calculator
ROI CalculatorLaboratory Information Management Systems or LIMS, are programs that manage laboratory data and track, organize and document sample data and interactively link different parts of the laboratory together in an automated manner. The main purpose of LIMS is to ensure that all parts of the lab function effectively and follow all relevant standards for regulatory compliance in a usable manner.
A lab's workflow comprises many processes including sample collection, data entry and verification, sample assembly and test selection to provide test results to the end user.
LIMS keeps critical information about samples, including its origin, status, and test results, and it does so in real-time. LIMS accomplishes this using Many-to-One Reporting.
The principal function of LIMS is to allow labs to manage sample movement through the entire process from collection, testing and reporting their final results. Additionally, LIMS enables labs to manage test results and facilitate data critique and analysis reports.
LIMS is meant to integrate with different types of instruments and systems used in labs, giving it a seamless way to keep track of the laboratory from an organizational and financial point of view.
The use of LIMS creates many advantages and efficiencies for any laboratory using them. For example, they improve the operational efficiency of a laboratory through automation of previously manual operations, which reduces the possibility for human errors. With LIMS, laboratories can perform greater numbers of sample workflows in a short time, aiding researchers and technicians to spend more time performing high value activities. In addition, LIMS helps improve the integrity of the data generated by providing reliable audit trails and effective security measures.
With laboratories being held to higher demands for faster and more reliable work while maintaining quality and compliance standards, having a potent LIMS is important to achieving those goals. By automating the workflows associated with sample tracking, data entry, and report generation, LIMS reduces the overhead associated with those tasks, which lowers manual intervention needed to complete those tasks, resulting in considerable time savings.
Laboratory managers receive real-time access to sample and test data, allowing rapid and informed decisions that improve overall laboratory workflow and reduce the time spent waiting for results. For example, LIMS can assign lab technicians tasks based on their workload, manage laboratory resources, and flag potential logjams, keeping them operating as efficiently as possible.
Selecting the appropriate LIMS is crucial for the performance of any laboratory. An effective LIMS should interface with laboratory management systems to improve operations, provide superior accuracy, and ensure compliance with regulatory requirements, including FDA, EPA, & COSO.
When evaluating LIMS, focus on functionality, cost, and vendor support to identify a system that meets your specific lab requirements. The same fundamental principles apply to all industries, thus, being aware of the key characteristics of a LIMS will assist you in evaluating and selecting the appropriate system for your laboratory in pharmaceutical, healthcare or research industries, and provide you with the ability to support major advancements in R&D through efficient operations, compliance with laws, and best practices.
