FIT screening

The FIT-based screening test is easy and therefore manages to attract high participation rates – the main driver behind the success of any national or regional screening programme. Generally, national or regional administrations assume responsibility for managing the logistics, financials and efficiency of the programme in close cooperation with their selected laboratory partners.

For further information, you can check our FIT for screening microsite.



Solutions for reliable analysis

Sysmex is known as a symbol of quality in laboratories and hospitals around the world. Our Neumünster factory produces the reagents and supplies our global network with the solutions required to make our diagnostic devices work. Reagents are hydrous solutions for diluting and/or treating blood samples and are used exclusively in Sysmex analysers.

Manufactured from purified city water, common salt and other additives, Sysmex reagents are tailored according to highly specific recipes. Filling, packing and despatch also happen at Neumünster. Our plant employees around 25 people.  

More about Neumünster/Germany


The correct reagent mixture and a CIP (cleaning in place) programme means equipment is kept in superb condition.

Packing station

A fully automated system is used to pack and label the goods so that we can guarantee accurate delivery schedules.

Tank room

The various reagent components are kept in ten stainless steel tanks. The raw materials are weighed, fed directly into the system and mixed automatically.

Quality control and philosophy

Total Quality Management and an Environmental Management system are at the heart of Sysmex Neumünster‘s philosophy. The plant is certified according to ISO 13485 and ISO 14001.

Reagent production and the environment

Our company philosophy – The Sysmex Way – is an important part of how we work, and it is reflected in all we do. Being consistent means we take our surroundings into account too when producing our products and interacting with the environment. Using natural resources sustainably. Reducing pollution and waste. And that includes our reagents.

There is no getting round the fact that producing reagents consumes water and other chemicals. It is the nature of the business. We have also made it our business, however, to make sure we produce them responsibly. 

Our production plant is located in an area in northern Germany where there is no question of a water shortage. And since 1999, we have been producing our in-vitro diagnostic reagents according to a certified environmental management system: ISO14001. This means we continuously monitor the impact we have on the environment caused by our reagent production. We have also been certified to ISO 9001 since 1996, ISO 13485 since 2010, and have had FDA approval since 2011. 

The positive environmental performance of our plant over the years encourages us to keep setting ourselves tough environmental objectives. Using Sysmex reagents with Sysmex equipment demonstrates you support our environmental efforts. And could give you peace of mind knowing your reagents were produced responsibly. 

Saving water

Our IVD analysers are of the highest  quality, but they only function properly if they have equally good reagents. To produce haematology reagents, you need highly purified water. This purification guarantees the reagents have a long shelf life and that the analysers perform well because of the low background counts and high lot-to-lot stability. 

The purification process produces ‘reject’, consisting of concentrated water. Conventional systems have a yield of 65% - i.e. 35 litres is wasted for every 100 litres produced.  In 2008, we invested in the latest technology that has helped us to increase our yield to 82%. This special reverse osmosis system produces pure water from the reject and has helped us to reduce the annual water usage of the factory by over 6% compared to 2004. 

Reducing waste

Since our reagent plant was founded, we have continued to grow and be successful in the IVD diagnostics market. This also meant we have needed to produce more reagent. To meet the demand, we therefore expanded our production plant in northern Germany in 2006. 

More production also means more waste. That’s unavoidable. Initially the amount of general waste increased due to the construction activities at the factory. However, from 2007 onwards, we have managed to reduce waste by 3.5%, which works out at around 2000 kg per year. We managed this by increasing the lot sizes, which reduces initial scrap, by reducing the weight of our cardboard boxes, and by reducing the number of cardboard box rejects by using higher quality materials. 

Saving energy

When the plant was expanded in 2006, the consumption of natural gas and electricity increased. Since then, we have made significant changes and improvements at the plant to reduce our energy consumption. In 2008, we invested in modern heating technology, as a result of which we cut our natural gas use to less than 60% of the 2004 level. 

From 2007 onwards, we have reduced average electricity consumption thanks to the more efficient use of our production equipment. For example, we replaced autoclave sterilisation by steam-in-lace sterilisation, which has reduced our steam requirements when disinfecting materials. 

The greatest change, however, has occurred since we introduced our photovoltaic system.

Ten good reasons for using Sysmex reagents

  1. We subject our reagents to strict quality control procedures during production. Our plant is  certified according to DIN EN ISO:9001:2000 and ISO 13485:2003.


    • We supervise our facilities to ensure high quality of the ingredients used for producing the reagents.
    • We have regular cleaning cycles
    • We have ongoing controls on incoming materials, in-process controls, and output/quality control per batch.

  2. You contribute to good environmental practices when you use our reagents.
    • Our reagent plant in Germany is certified according to DIN EN ISO 14001:2005
    • For more information, take a look at our reagents and the environment pages

  3. Our reagents are designed specifically for Sysmex analysers.
    Reagents used with instruments, controls and calibrators are intended for use in a ‘closed system’. We consider each change of this closed system as ‘non-specified use’.  Please understand also that we cannot assume any liability for the performance of our systems in such cases.

  4. Using Sysmex reagents means you are going to get the best performance from your analyser. The technology of all our analysers is carefully aligned with the corresponding reagents used on each analyser.

  5. We are continuously researching our reagents. Using and finding optimal reagents for new parameters takes a great deal of research. Our active research ensures our reagents represent best practices for our research parameters, which later become diagnostic parameters following the procedures required by law under Annex VIII-IVD-Directive 98/79/EC.

  6. You can count on maximum sample stability. This is what Sysmex reagents are designed for. They are designed to have a minimum impact on cell shape, which improves the precision of the counting process.

  7. Calibrating your instrument with the Sysmex SCS-1000 system means your test results are and remain reliable. They are also reproducible and traceable, which is increasingly important in accreditation.

  8. Using our cleaning agent CELLCLEAN you can extend the operational life of your analyser.

  9. Using our reagents will help you reduce maintenance as the device technology and the reagents are developed to harmonise with one another. Other reagents can have an adverse impact on your analyser and possibly call for significant maintenance to correct matters again.

  10. We have been producing reagents for over 25 years. We know what we are doing.

Quality and ISO

Sysmex works with a certified quality system focused on different disciplines.

Check our certificates

Protect your Sysmex quality

Sysmex delivers systems of exceptional quality. As a customer you want to preserve that quality as long as possible. How can you contribute?

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