What Is LIMS?

What Is a LIMS?

LIMS stands for Laboratory Information Management System — software that automates and manages laboratory routines, controlling the entire sample lifecycle, tracking results, and ensuring compliance with regulatory standards such as ISO/IEC 17025.

In practice, a LIMS manages and controls all information related to laboratory activities: sample tracking, experimental data management, supply management, process automation, and compliance with regulations and quality standards.

Already know what you’re looking for? Jump straight to the frequently asked questions.

These systems are designed to manage and track all laboratory processes, while integrating seamlessly with other software and instruments used in day-to-day lab operations.

Various types of laboratories can benefit from a LIMS, such as agricultural and environmental labs, quality control labs in manufacturing industries (food, pharmaceuticals, cement, biotechnology, textiles, etc.), calibration labs, and service labs. Whenever there are concerns about regulatory requirements, data complexity, or sample volume, a LIMS can help.

A LIMS helps transform complex laboratory work, making it simpler, faster, and easier. The digital efficiency provided by LIMS systems can result in a 30% reduction in time, cost, and effort indicators for the laboratory.

Understanding what a LIMS does and what it can deliver for your laboratory is essential. In the video below, we present more information about LIMS and the capabilities of this type of system. Check out this summary:

How Does a LIMS Help Laboratories?

Data Management

A LIMS stores and organizes data generated during experiments, tests, or research. Lab staff can easily access and retrieve this data, improving data integrity and making analysis easier.

In addition, a LIMS makes it possible to manage the entire sample lifecycle, track sample location, and even monitor environmental conditions to ensure samples are not compromised along the way.

Workflow Automation

A LIMS automates repetitive tasks and workflows and tracks whether received samples are processed according to standard operating procedures (SOPs), reducing manual data entry and minimizing human error. This improves efficiency and productivity in the laboratory. With a LIMS, it’s possible to automate sample registration, labeling, storage, and data analysis.

In addition, a LIMS lets you schedule routine tasks such as sample preparation, data analysis, and equipment maintenance, and assign them to individual team members or teams. You can also automatically generate alerts for upcoming tasks and adjust schedules based on priorities or the availability of equipment and/or resources.

Compliance and Regulations

A LIMS makes it possible to maintain complete and accurate records of all laboratory activities, from sample tracking to analysis results. Audit trails and user access controls prevent data manipulation and ensure the integrity of laboratory operations, supporting compliance with Good Laboratory Practice (GLP).

In addition, to support Good Manufacturing Practice (GMP), a LIMS lets you optimize manufacturing workflows by automating data entry and enabling real-time monitoring of critical processes. You’ll also be able to implement quality control measures such as raw material tracking, manufacturing process validation, and product traceability assurance.

Ultimately, a LIMS equips your laboratory to meet regulatory requirements such as FDA 21 CFR Part 11, RDC No. 658/2022 from Anvisa (Brazil’s National Health Surveillance Agency), and ISO/IEC 17025, by documenting quality control measures and improving the traceability and transparency of reports — streamlining internal and external audit processes.

Quality Assurance

A LIMS can enforce quality control measures and support compliance with regulatory requirements, ensuring that laboratory processes meet established standards and guidelines. It promptly flags out-of-specification values in real time, ensuring that all results are accurate before being released, whether to customers or regulatory authorities.

Reporting and Analytics

A LIMS provides an interactive, real-time view of laboratory data. It uses Business Intelligence tools to turn data into charts, tables, and key performance indicators (KPIs), enabling fast, informed analysis of laboratory operations.

Inventory Management

A LIMS helps manage laboratory supplies, enabling precise control over stock levels and avoiding excess or shortages. This ensures resources are available when needed and helps prevent waste.

In addition, the LIMS automates the procurement process by generating alerts for the purchasing team when supply levels reach a critical point, enabling timely, efficient replenishment.

See a LIMS in Practice

Want to see how this works beyond the theory? See how Laboratórios Bagó cut batch release time from 3 days to 1 with a LIMS, or download the Complete Guide to Implementing a LIMS to plan its adoption in your laboratory.

If you’re comparing alternatives, such as spreadsheets or your ERP’s quality module, check out our comparison between spreadsheets, in-house systems, ERP/QM, and a dedicated LIMS.

Frequently Asked Questions

What’s the Difference Between a LIMS and an ERP?

An ERP manages the company’s operations as a whole — finance, inventory, sales. A LIMS specializes in the laboratory’s technical routine: sample tracking, test data, method validation, and regulatory compliance. Many companies use both in an integrated way, with the LIMS feeding quality data into the ERP.

Is a LIMS Only for Large Laboratories?

No. Laboratories of any size that deal with sample volume, regulatory requirements, or the need for traceability benefit from a LIMS — including small labs that currently rely on spreadsheets and suffer from rework and lack of standardization.

How Long Does It Take to Implement a LIMS?

It varies with the scope and complexity of the laboratory’s processes, but typical implementations range from a few weeks to a few months. The Complete Guide to Implementing a LIMS details the steps to plan this timeline more precisely.

Does a LIMS Run in the Cloud (SaaS), or Does It Require Its Own Server?

Both models exist. Cloud-based (SaaS) LIMS eliminates the need for in-house infrastructure and reduces upfront cost; on-premise LIMS gives more control over where data resides, which matters for some regulated sectors. The choice depends on the laboratory’s IT policy and compliance requirements.

Does Having a LIMS Guarantee ISO/IEC 17025 Accreditation?

No — accreditation depends on an audit and compliance with all the standard’s requirements, not just technology. But a LIMS eases compliance by automating traceability, document control, and audit trails, which are central to 17025 requirements.

How Does a LIMS Help with Audit Preparation?

By centralizing records, document versioning, and calibration and results history in a single system, with an automatic audit trail — reducing preparation time and the risk of nonconformities due to incomplete or outdated documentation.

Does a LIMS Integrate with Laboratory Equipment?

Yes. Most modern LIMS platforms connect to balances, chromatographs, spectrometers, and other instruments to import results automatically, eliminating manual transcription — one of the leading sources of error in laboratories.

How Much Does a LIMS Cost?

Cost varies by number of users, features, and deployment model (cloud or on-premise). To compare this against the cost of maintaining manual processes or spreadsheets, see our guide on LIMS pricing, value, and ROI.

Does a LIMS Support Laboratories Operating in More Than One Country or Language?

Yes. Solutions like Actiz LIMS support multiple languages and simultaneous operations across different countries — important for regional or multinational laboratory groups that need standardized reports for each location.

What Data Does a LIMS Record for Traceability Purposes?

Typically: sample identification and history, methods used, results, who performed and reviewed each step, the date and time of each action, and any deviation or nonconformity recorded — all linked and searchable at any time.

Can You Migrate from Excel Spreadsheets to a LIMS Without Losing Historical Data?

Yes. Most implementations include a historical data migration step. It’s important to map and clean this data before migration, since spreadsheets frequently contain inconsistencies that shouldn’t be replicated in the new system.

Who Should Be Involved in Selecting and Implementing a LIMS?

Ideally, the laboratory’s technical team (who will use the system daily), quality assurance (who is accountable for compliance), and IT (infrastructure and security). Involving these three groups from the evaluation phase onward reduces rework and adoption resistance.

How Much Does ISO/IEC 17025 Accreditation Cost, Beyond the LIMS?

Accreditation cost varies by accrediting body, testing scope, and corrective actions needed before the audit — typically higher than the cost of the LIMS itself. Our ISO/IEC 17025 accreditation cost worksheet helps estimate this investment.