MPA near-infrared spectrometer

MPA near-infrared spectrometerFlexibility possessed
Choosing a sampling method is crucial when performing specific analysis tasks. With MPA, you have a complete solution that can be used for daily quality assurance/quality control work at any time, and can also be used for complex method development research.

Usually, it is difficult to determine which sampling method is most suitable at the beginning. With MPA Fourier Transform Infrared Spectrometer, you only need to try a few methods to select your option.

Possibility *, and due to MPA's modular design, the instrument can easily meet your needs. This instrument is sturdy and durable, suitable for use in laboratories and workshops. MPA can be connected to your laptop through a plug and play Ethernet cable, and can even be placed in a handcart for flow detection and analysis.

Sample cavity

The sample chamber with optional sample heater can be used to easily measure liquids in colorimetric dishes or disposable small bottles without opening drawers.

integrating sphere

Integral spheres are used to measure solids and pastes in diffuse reflection. The optional sample rotator ensures high repeatability of measurements for different types of samples.

MPA near-infrared spectrometeroptical fiber probe

Fiber optic probes can directly measure samples in containers, such as in warehouses. Two different probes can be connected simultaneously.

Automatic sampling device

The automatic sampling device comes with an optional sample wheel, suitable for automatic analysis of small bottles or solid samples, such as tablets in transit. This device can also be used for analyzing food.

Easy to operate

Customizable workspaces, simple measurement modes, and guides for setting up analysis methods are all standard features of OPUS spectroscopy software.

The intelligent display screen notifies the user of the status of the instrument, indicating whether the measurement is qualified or failed. These factors simplify the operation of instruments and software, allowing even untrained personnel to instantly master the operational skills of MPA spectrometers.

Interface friendly software
OPUS is an easy-to-use and powerful integrated spectroscopy software. It includes the most comprehensive set of data collection, processing, and evaluation functions, configured to meet your needs. Through expanded user settings and user management functions, user access rights in OPUS can be customized.

OPUS/LAB is an intuitive and user-friendly software interface suitable for conducting routine analysis tasks. Untrained personnel from the production line and experienced laboratory personnel can use it.

OPUS/ITEM provides reliable product identification through a layered library. Only a few simple steps are needed to set up, validate, and use the recognition library, including statistical evaluation.

OPUS/QUANT software can automatically optimize and filter the preprocessing conditions of *, saving your method development time, and is based on the multivariate algorithm PLS (partial least squares).

The new multi evaluation feature in OPUS software allows various evaluation functions to be combined together, as well as formula calculations using OPUS/QUANT prediction.

Due to the excellent mechanical accuracy and stability of our instruments, all methods created on MPA can be transferred to other Bruker Optics spectrometers equipped with comparable capabilities - even for online applications.