QX600 Droplet Digital PCR System by Bio-Rad Laboratories

Precise multiplex genome analysis: up to 12 markers per well

Maximum efficiency and sensitivity with the 6-colour droplet digital PCR system

Confidence in your results - Absolute quantification eliminates standard curves and inaccuracy ✓ Unparalleled reproducibility (<10% CV), sensitive detection even with challenging or complex samples ✓ Gold standard performance and maximum flexibility through a simple, automated workflow ✓...

Nexera XS inert by Shimadzu

Reproducible and highly detectable chromatography for biomolecules

More reliability and clarity for your chromatography

High data quality and sensitivity due to steel-free materials in the UHPLC flow line ✓ More data reliability, more sample information and less sample loss due to sharper peaks ✓ Reliable reproducibility from the first injection without adsorption of the analytes ✓...

Vanquish Neo by Thermo Fisher Scientific

Highly sensitive UHPLC for precise LC-MS analyses

Maximum performance and productivity in proteomics and precision medicine

All-in-one nano-, capillary- and micro-flow LC for high sensitivity LC-MS workflows ✓ Accelerating productivity with long-term trouble-free operation at maximum performance ✓ Intelligent at-system or remote control, method setup, diagnostics and troubleshooting ✓...

LUMiFlector by LUM

Inline & Atline MRS Spectrometer for Determination of Product Properties within a Few Seconds

It determines fat, protein and dry matter content in milk and dairy products

4 product properties are at once in less than 20 sec, without chemicals and without sample preparation...

QconCAT by PolyQuant

Efficient protein quantification with just one reference standard

Simple, accurate and highly sensitive thanks to mass spectrometry

Multiplexing: Use a single standard for quantification of up to fifty target proteins ✓ High process control: QconCAT standards are processed with the biological sample ✓ Reproducibility: QconCATs can be produced in high amounts and stably stored over long time periods ✓...