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Water samples of very different clarity

Environmental testing

Environmental testing

Environmental testing

Screening water and extracts from the field, where clarity varies from sample to sample and results feed regulatory or monitoring reports.

01 — The challenge

Example field

Turbid and clear samples in one batch push the photometric range. Field-to-lab traceability matters as much as the number itself.

Turbid and clear samples in one batch push the photometric range. Field-to-lab traceability matters as much as the number itself.

Turbid and clear samples in one batch push the photometric range. Field-to-lab traceability matters as much as the number itself.

02 — Workflow

From sample to result

From sample to signed result

From sample to signed result

From sample to signed result

  1. 01

    Collect

    Samples arrive with field IDs that are carried into the sequence.

  2. 02

    Condition

    Filtration or dilution follows the documented method.

  3. 03

    Measure

    Absorbance is measured at defined wavelengths or as a full spectrum.

  4. 04

    Document

    Results are linked to sample IDs and exported for reporting.

03 — What to consider

Questions to settle before you choose

Questions to settle before you choose

Questions to settle before you choose

Photometric range for turbid samples Throughput during sampling campaigns Sample ID handling from field to report

Typical instruments

LFA-200 · LFS-40

LFA-200 · LFS-40

Browse instruments
Gloved hand placing a cuvette into the sample drawer of an analyzer

Bring us your samples

Bring us your samples

Bring us your samples

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A demonstration with your own samples is the fastest way to know whether an instrument fits your workflow.

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