Flow-imaging microscope for water research

Submission deadline unavailable
Not available
Contract value
Not stated in the notice
Classification
Laboratory and scientific equipment
Published
September 30, 2026

HILMA

Overview

The requirement covers a flow-imaging microscope for plankton and other particles in water, with specified imaging, fluorescence, real-time monitoring and classification capabilities. The exact HILMA notice page returned 404, so no additional value or deadline detail could be confirmed.

Information based on the public notice

What the buyer needs

Supply of a flow-imaging system for quantitative morphological analysis of plankton and particles in water.

Tender details

Buyer
Suomen ympäristökeskus
Country
Finland
Procedure
open
Classification
Laboratory and scientific equipment · CPV 38514200
Notice reference
EF-58105
Instrument
Flow-imaging microscopy system.
Particle size range
2 µm to 1 mm.
Imaging and analysis
Color images of plankton and other water particles, with size, pigmentation, color and shape indicators; real-time monitoring and basic classification software are specified.
Fluorescence and field use
Chlorophyll fluorescence, FITC dyes and reliable use aboard a research vessel are specified.
Submission deadline
The official local deadline could not be confirmed because the exact notice page returned an error.

What to check in the tender documents

  • No value, detailed participation conditions or reliable effective deadline was available from the accessible exact notice page.
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Original notice

Read the original description

Flow imaging microscope

Flow imaging microscope Flow imaging microscope The object of the procurement is a flow imaging microscopy system for morphological analysis and numerical estimation of particles in water (size distribution 2µm – 1 mm) under laboratory conditions. The device must be able to image plankton and other particles in water as color images, calculate indicators related to cell and particle size, pigmentation, color and shape from the images, and enable the easy processing of large sample volumes in a reasonable time. The device must be able to separate phytoplankton cells from other particles using chlorophyll fluorescence and enable the use of fluorescent dyes (FITC). The analytics performed by the device must be able to be monitored in real time to ensure quality control. The device software must support basic analytics and classification of particle data. The device must also be able to be used reliably in field conditions on a research vessel.,

Official source: HILMA ↗