MPA II

Choosing the best possible sampling method is crucial when solving a specific analysis task. With the MPA II, you have a complete solution at hand for your daily QA/QC work, but also for sophisticated method development studies.

Initially it is often not obvious which sampling method is the best. With the MPA II, simply try out several methods choose the best option for you.

The possibilities are endless, and due to the modular design of the MPA II, the instrument can easily be adapted to your needs. The robustness of the instrument allows it to be used in the laboratory and factory floor. It can even be placed on a utility cart for mobile applications.

Sample Compartment

MPA II Sample Compartment

Sample Compartment with optional sample heater and automated background capability, allows easy measurements of liquids in cuvettes or disposable vials without having to open drawers.

Integrating Sphere

MPA II Integrating Sphere

Integrating Sphere for measuring solids and semi-solids in diffuse reflection. An optional sample rotator  assures a high reproducibility for heterogeneous samples.

Fiber Optic Probes

MPA II Fiberoptic Probes

Fiber Optic Probes for measuring samples directly in containers, e.g. in the  warehouse. Up to two different probes can be connected for solids and liquids.

External Transmission

MPA II External Tranmission

Transmission Unit with optional sample wheel, e.g. for the automated analysis of vials or solid samples such as tablets in transmission.

MPA II Multi Purpose FT-NIR Analyzer

Easy Operation

Easy operation, but full flexibility

Customizable workspaces as well as easy measurement modes which guide you through the setup of  analytical methods are standard in the OPUS spectroscopy software. Measurements can be started with a mouse click or at the touch of a button.

The smart display informs the user about the instrument status and the measurement. These factors  make the operation of the instrument and the software so easy that even untrained personnel can  operate the MPA II spectrometer from day one.

User-friendly Software

OPUS is an easy-to-use, but powerful, all-in-one spectroscopy software. It includes the most comprehensive collection of data acquisition, processing, and evaluation functions and can be completely configured to meet your needs. With extended user settingsand management features, the access rights in OPUS are completely customizable.  

Additional OPUS packages for routine measurements and evaluations can be added as required:

OPUS/LAB is an intuitive and easy-to-use software interface for conducting routine analysis tasks. The software guides you through the workflow from  the measurement to the evaluation result and report.

OPUS/IDENT offers reliable identification of all raw materials with one hierarchical library. Method setup including statistical evaluation, internal validation and use of the identification library, can be performed in a few easy steps.

OPUS/CONFO determines the conformity of a given material by looking at the spectral variation between different lots of materials which have been determined acceptable for the manufacturing process and an unknown sample at each spectral data point.

The OPUS/QUANT2 software for multivariate calibration and validation is based on the common algorithm PLS (Partial Least Squares). The setup includes many useful plots, statistics and tools making your method development less time consuming and an automated optimization tool to find the parameters for the potentially best model.

The Multi Evaluation functionality in the OPUS software allows the combination of various evaluation functions as well as the calculation of formulae using OPUS/QUANT2 predictions.

All methods created on the MPA are fully reproducible and transferable to other comparably equipped Bruker Optics spectrometers - even for online applications - due to the superior mechanical precision and outstanding stability of our instruments

The ONET software is a web based application to setup, administrate and control a network of FT-NIR instruments from anywhere in the world. All data measured locally on the spectrometers are pooled and centrally stored.

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