M600L Benchtop Multi-parameter Analyzer: Professional-Moldable 10-in-1 Precision Instrument

The M600L Benchtop Multi-parameter Analyzer is a state-of-the-art analyzer designed to meet the needs of modern laboratories, pharmaceutical production and industrial quality control facilities by providing flexibility, high precision and the ability to easily accommodate a variety of testing needs.

The M600L Benchtop Multi-parameter Analyzer represents the next evolution of the "Professional-Moldable" paradigm through its unique modular design and vast capability set. This all-in-one unit will replace many of your existing instruments and speed up your ability to work on multiple types of tests. If you are searching for an accurate, customizable and efficient way to manage your data in complex analytical situations, the M600L is the tool you are looking for.

Modular Four-Channel Design: Flexibility & Efficiency Redefined

Modular Four-Channel Design: Efficiency and Flexibility Redefined Modular four-channel designs allow for incredible flexibility when performing multi-parameter testing. Each of the four channels work independently so that you can configure the analyzer according to your needs by selecting from an array of different sensors and/or testing modules to measure whatever it is you wish (e.g. pH, conductivity, DO, turbidity, ions).

Advanced Management Features & Robust Data Handling

The modularity also allows for a quick and easy upgrade to your analyzer as testing requirements change, whether that means adding additional channels for measuring additional parameters, replacing or upgrading existing testing modules, or utilizing all four channels to simultaneously perform parallel analyses (e.g., across multiple samples and/or parameters).

Due to the Professional Moldable design concept, the M600L eliminates the need for multiple stand-alone testing solutions, freeing up valuable lab space and reducing your overall equipment expenses.

The four-channel capability of this instrument allows for greater efficiency of multi-sample testing (multiple tests on the same sample) while significantly reducing the length of time required to complete all analyses, which is especially beneficial for those who operate in the high-volume test environment.