Milk component detector

Milk component detectorInternally, there is a Fourier transform spectrometer (FTIR) that captures the complete infrared absorption spectrum of milk samples for component analysis. The filter can collect the values of each component according to the selected spectral band, and the collected complete spectrum allows for calibration based on all spectral characteristics of a certain component.

Milk component detectorThe optical chamber is sealed with a sealed cover to ensure increased temperature and environmental stability. Exhaust the internal air to create a vacuum inside the hood. The form of vacuum sealing and the elimination of moisture eliminate the use of desiccants, effectively saving the maintenance work of frequent drying of desiccants. This complete infrared spectrum has been saved for traceability and application in any future calibration. Users can read the complete spectrum; And data points can be viewed in the software or exported using external programs. By reading the spectrum, users can easily adapt to the detection of an important new component in the future. Users can independently develop new calibration methods or collaborate with Bentley Company to carry out this work. It has a temperature adjustable reservoir for the dual purpose of regular flushing and automatic zeroing (or background) scanning of the instrument.

The simple and intuitive Windows operating interface makes it easy for operators to get started. This software has advanced data output and reporting functions, as well as laboratory management personnel can remotely monitor instrument status and analysis results through the network. Due to the large amount of diagnostic information collected by the instrument, users can confirm that the instrument is operating in good condition when obtaining sampling data. Therefore, every time a sample is taken, a complete set of diagnostic readings is saved, and during the data collection process, the status of the instrument is verified through auditing and tracking. Before sampling, the sample is stirred and temperature values are measured and recorded. In addition, an external temperature probe is provided for users to use in the water bath constant temperature chamber, and the temperature is recorded every time the sample is taken. Examples of other diagnostic information include various critical temperatures, optical system positioning, pump characteristic pressure curves, humidity, air pressure inside the optical cover, and the condition of the instrument after impact and vibration. If there is a problem with the instrument, you should immediately contact Bentley Instruments' service personnel to view the diagnostic information of these instruments, so that the problem can be easily resolved. All service personnel of Bentley Instruments can also remotely access diagnostic information from the instruments to further solve problems.

The basic program includes the detection of components such as fat, protein, lactose, non fat milk solids, and total solids. In addition, according to the development needs of the dairy industry, detection application modules such as freezing point, urea nitrogen, citric acid, fatty acids, free fatty acids, casein, acetone, etc. can be added.

Overview of Equipment Features

• Rapid comprehensive analysis of milk components can complete the detection of a sample in about 20 seconds.

• The original absorbance spectra and peak release curves are saved in the system, and users can output and analyze them at any time.

• Composition measurement is based on complete infrared spectra and uses multivariate calibration algorithms.

• The LCD indicator on the front panel displays a "snapshot" of the instrument status.

• Use heated flushing solution to automatically clean and reset the instrument.

• A user-friendly graphical user interface (GUI) that makes it easy for operators to operate and use.

• The built-in expert system allows users to monitor the functionality of the instrument in real-time.

• A large amount of diagnostic information is recorded and saved, documenting the health status and execution of the system.

• The data and detection results can be accessed and read through a network connection.

• The remote control function can solve problems one by one from anywhere in the world.

• Multiple types of data output methods are available for selection, including floppy disks, serial ports, parallel ports, and network connections. And it is easy to format according to existing systems.

• The composition analyzer exceeds the technical requirements of IDF 141C: 2000 standard and ICAR. The methods used have all been approved by AOAC.

Real time quality analysis and reporting

The instrument can provide analysis reports in a short period of time. The test results can be displayed on the screen, as well as exported and archived in any format for future analysis.