Laboratory Quality Management Software: How to Compare Your Options in 2026

Choosing a laboratory quality management software involves comparing four types of solutions: spreadsheets, in-house built systems, ERP quality modules, and dedicated LIMS platforms. Each category addresses different needs in terms of traceability, regulatory compliance, and scale — there’s no one-size-fits-all answer, but there is a right solution for your lab’s current stage.

This comparison breaks down what each type of solution offers, where each one fits best, and which criteria carry the most weight in the decision — so the choice is based on data, not guesswork.

What types of quality management software exist today

Spreadsheets and paper-based controls. This is the starting point for most laboratories. Low upfront cost, but no automatic traceability, no reliable version control, and a high risk of transcription errors. It works while sample volume is small and there’s no strict regulatory requirement.

In-house developed system. Some laboratories choose to build their own tool, usually in advanced spreadsheets or simple databases. It solves specific short-term needs, but creates dependency on whoever built it, complicates audits, and rarely scales alongside the lab’s growth.

Quality management (QM) module of an ERP. Companies that already use an ERP (SAP, Oracle, Totvs, among others) sometimes try to use its generic quality module to control the laboratory. It works for basic nonconformance and document needs, but generally lacks the technical depth for sample management, testing, and analytical results.

Dedicated LIMS. A Laboratory Information Management System is built specifically for a lab’s day-to-day routine: sample receipt, test execution, results control, full traceability, and compliance with standards such as ISO/IEC 17025. It’s the option with the greatest technical depth for those who need rigorous control.

Direct comparison: spreadsheets, in-house systems, ERP QM modules, and LIMS

The table below summarizes how each type of quality management software performs against the criteria that matter most to a laboratory.

Qualitative comparison based on typical characteristics of each solution category. Actual performance varies depending on the vendor, configuration, and size of the laboratory.

When each type of solution makes sense

Spreadsheets still make sense for very small laboratories, with low sample volume and no accreditation requirements. As soon as volume grows or regulatory compliance comes into play, the risk of manual error starts to outweigh the initial savings.

In-house systems can be worthwhile when the laboratory has a very specific need and a dedicated technical team to maintain the tool long-term. The risk increases when the person who built the system leaves the company.

ERP QM modules make sense when the laboratory is a small operation within a larger company already heavily invested in that ERP, and analytical needs are simple.

A dedicated quality management software, such as a LIMS, is justified when the laboratory needs auditable traceability, is pursuing or already holds ISO/IEC 17025 accreditation, handles a growing volume of samples, or needs to integrate instruments and reduce manual rework.

Criteria that should weigh most in the decision

When choosing a quality management software for your laboratory, these are the criteria that carry the most weight in the decision:

• Service and support: training and ongoing technical assistance throughout the system’s lifecycle.
• Technology: user-friendly interface, customization, and the ability to generate reports and insights.
• Integration: compatibility with instruments, ERPs, and other systems already used by the laboratory.
• Regulatory compliance: features that directly support ISO/IEC 17025 and requirements from regulatory bodies such as ANVISA and INMETRO.

A more detailed analysis of these criteria is available in the article key aspects to consider when choosing a LIMS, and in the free guide Essential criteria for choosing a LIMS.

Frequently asked questions

Can a well-organized spreadsheet replace a LIMS?

For very small laboratories with no accreditation requirements, yes, temporarily. But spreadsheets don’t offer auditable traceability or reliable version control, which becomes a risk as soon as the lab grows or needs to demonstrate compliance during audits.

Does my ERP’s quality module replace a dedicated quality management software?

It depends on the complexity of your analytical operations. ERP QM modules typically cover nonconformances and document control well, but rarely have the depth needed for sample management, testing, and integration with analytical instruments — which is where a LIMS stands out.

Is a LIMS mandatory for ISO/IEC 17025?

It’s not mandatory, but it significantly facilitates compliance. The standard requires rigorous control of records, traceability, and data integrity — requirements that a LIMS meets more consistently than spreadsheets or generic systems.

Conclusion

There’s no single quality management software that fits every laboratory. Spreadsheets work in the beginning, in-house systems require constant maintenance, ERP QM modules cover the basics, and a dedicated LIMS delivers the technical depth needed by laboratories that require traceability, regulatory compliance, and scale. Assess your lab’s current stage and choose based on the criteria that truly matter to your operation.

Further reading: if you already use spreadsheets, check out the comparison Spreadsheets vs. LIMS: which is the best choice; if you’re evaluating your ERP’s quality module, read LIMS or ERP quality management (QM) module?; and for a guide on how to evaluate vendors, see Comparing LIMS solutions: everything you need to know.

Request a demo of Actiz LIMS and see firsthand how a dedicated system can fit your laboratory’s reality.