When a method suddenly fails, we find out why.

A method that worked for years but now produces inexplicable results is one of the most frustrating analytical problems. We solve them.

A failing method always has a cause.

Unexpected results, inconsistent data, a method that suddenly no longer meets validation criteria. These problems often feel random, but they never are. Analytical troubleshooting is systematic detective work to find the root cause, not a quick fix.

Analytical troubleshooting is therefore relevant in every sector we serve.

Fixing a symptom is not the same as solving a problem.

The temptation with a failing method is to quickly adjust a parameter until the results look right again. That approach hides the problem instead of solving it.

01

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Distinguishing between method and instrument

Is the problem the method itself, the instrument, the sample, or the operator? Each potential cause requires a different diagnostic approach.

02

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Recognizing changes over time

Methods that were stable for years can fail due to subtle changes; a new column batch, a different reagent supplier, or equipment wear and tear.

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Reproducibility of the problem

A problem that does not occur consistently is harder to diagnose than one that occurs every time. We bring structure to seemingly random deviations.

Expertise

Reliability

Flexibility

Partnership

From inexplicable result to confirmed cause.

Our approach to troubleshooting is systematic; we rule out potential causes step by step until the actual source is found.

01

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Defining the problem precisely

When did the problem first occur, how often does it happen, and what has changed during that period? A precise problem description is the foundation of every diagnosis.

02

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Systematically ruling out potential causes

We go through the method, instrument, sample, and operator step by step to isolate the most likely cause.

03

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Conducting targeted experiments

We use targeted tests to confirm or reject each hypothesis until the root cause of the problem is established.

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Confirming the root cause

We repeat the confirmation test to ensure that the identified cause fully explains the problem.

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Documenting solutions and prevention

We provide not only the solution, but also recommendations to prevent the problem from recurring in the future.

Sectors where method development is essential.

Pharma

New compounds, complex formulations, generic drugs

Cannabis

Plant-based matrices, innovative CBD products, non-standard extracts

Nutrition

Innovative ingredients, by-products, non-standard matrices

Industry

Customer-specific compounds and industrial materials

Explore further.

Nematodes

Plant diseases & soil biodiversity diagnostics

Nitrosamine analysis

Brightlabs develops advanced analytical methods for the detection of nitrosamines and API-specific nitrosamine impurities (NDSRIs), enabling pharmaceutical organizations to comply with stringent regulations.

Impurity Analysis

Impurities often determine the difference between an approved and a rejected product. We bring them into focus.

Insights from our laboratory

Deborah Scholte

We are proud to announce that Deborah Scholte has been appointed as the new CEO of Brightlabs BV.

Brightlabs at CPHI Milan

Meet Brightlabs at CPHI Milan. Brightlabs will be attending CPHI Milan from 6 to 8 October 2026. We would be delighted to discuss your analytical challenges and explore how our expertise in chemical and microbiological analyses can support your product development, quality control and market launch.

Mario Willems

Brightlabs BV is pleased to welcome Mario Willems to our Business Development team!

The complete overview of what Brightlabs does.

Download our brochure for a complete overview of our analytical capabilities, services, and scientific approach.