Milk Tester

Milk tester, also called milk analyzer, is a high-precision detection device specially designed for dairy farmers, dairy processing plants and research institutions. It is mainly used to quickly measure key indicators such as fat, protein, moisture, lactose and density in liquid milk. As a natural food, milk quality directly affects the taste, safety and nutritional value of dairy products. Therefore, timely and accurate detection of milk source components is of vital importance for ensuring the quality of dairy production, optimizing the management of dairy cow feeding and enhancing consumer trust. The emergence of milk tester has effectively replaced traditional manual testing and chemical analysis methods. It not only enhances testing efficiency but also significantly reduces labor and reagent costs. Also, milk analyzer is easy to operate and can be mastered without a professional technical background, meeting the dual demands of on-site rapid detection and high-precision analysis in the laboratory. Through milk tester machine, users can immediately grasp the quality of the milk source, achieve scientific management and data-driven decision making, ensuring the safety and stability of dairy products from the source to the finished product.

More than 20 years Milk Tester Manufacturing

ISO9001 approval company, product comply with international standard

Rich experience in tailor-made Milk Tester

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Milk tester typically adopts ultrasonic technology, which is a highly accurate non-destructive testing method. Through ultrasonic sensors, milk analyzer can accurately measure components such as fat and protein in milk samples and even correct the influence of changes in sample temperature and acidity on the test results. The core principle is to use the characteristic changes of ultrasonic waves when they propagate in liquid milk to determine the composition of the milk. The densities and viscosities of substances such as fat, protein and water in milk are different, which will have specific effects on the propagation speed, attenuation and impedance of ultrasonic waves. Milk tester emits high-frequency sound waves into the milk sample through sensors, simultaneously receiving reflected or transmitted signal. Then, it combines the built-in algorithm to calculate the specific values of indicators. This detection method does not require chemical reagents, which is environmentally friendly and safe. At the same time, it can achieve rapid, continuous and multi-parameter synchronous measurement, greatly improving the efficiency and accuracy of on-site and laboratory detection. The physical measurement principle of the ultrasonic milk analyzer not only reduces the consumption of samples but also significantly enhances the detection speed and accuracy, making the detection process efficient and reliable. It is suitable for on-site rapid detection and also provides a scientific and traceable quality control basis for dairy industries.

Milk tester can instantly grasp the components of the milk source to ensure that indicators of dairy products meet the standards, reducing quality fluctuations and safety hazards.

Through real-time detection,abnormal indicators such as low fat or abnormal protein in milk can be detected in a timely manner, preventing substandard milk from entering the production process.

Dairy farmers can adjust the feed ratio, feeding methods or herd management based on the test results to increase the milk production and the stability of milk quality of dairy cows.

Compared with traditional chemical testing method, milk analyzer can measure on the spot and provide results in just a few seconds, significantly reducing waiting time and improving the efficiency of dairy production.

No chemical reagents or complex operations are required. This test can reduce labor and consumable costs while minimizing sample waste. The use of milk tester can significantly save the overall operating costs of milk source management.

 The test results can be saved and exported for long-term data analysis and quality tracking, providing a scientific basis for decision-making. Also, it can ensure that every batch of milk meets safety and nutrition standards.

Milk Tester adopts an advanced ultrasonic sensing system. By detecting the changes in the propagation speed and density of high-frequency sound waves in milk samples, it accurately calculates the content of key components.

Milk analyzer is equipped with a highly sensitive temperature sensor that monitors the sample temperature in real time and automatically corrects the test results to ensure the stability and accuracy of the data.

In combination with the algorithm module, the built-in microprocessor chip of milk tester can reduce noise, amplify and dynamically correct the detection signal, effectively eliminating errors caused by environmental vibration.

It only takes a few seconds to simultaneously obtain multiple detection parameters, including fat, protein, density, water dilution ratio, non-fat solids and so on. The system automatically calculates and generates a complete report.

To ensure detection accuracy and hygiene safety, ultrasonic milk analyzer is equipped with an automatic cleaning system. The device will start the cleaning program to quickly flush the flow channel and the detection module after testing.

Milk tester adopts a modular structure and digital display interface, which is easy to operate and maintain. The portable design is suitable for quality control sites in farms, milk stations and dairy enterprises.

Portable design for on-site testing

Prepare milk sample and make sure they are thoroughly mixed

Start the self-cleaning program to remove the residue of previous sample

Place the milk sample below the detection port and insert the sensor

Select the detection parameters on the display interface and start testing

Interpret the result and assess the quality of the milk

After completing, restart the self-cleaning program to be ready for the next use

The commonly used equipment for testing milk quality is milk tester. It can quickly and non-destructively measure multiple indicators in milk and is suitable for daily quality monitoring in dairy farms, milk transportation and dairy processing factories.

The commonly used equipment for testing milk quality is milk tester. It can quickly and non-destructively measure multiple indicators in milk and is suitable for daily quality monitoring in dairy farms, milk transportation and dairy processing factories.

Milk analysis is of great significance. It not only ensures the quality and purity of the milk source, promptly detects adulterated or substandard milk sources, but also guides dairy farms and dairy enterprises to optimize production management, increasing milk output and quality. 

A milk testing machine is easy to operate. Just prepare the sample, place it in the detection port and start the device. Then, you can quickly obtain the test results. Even users without professional experimental backgrounds can quickly and accurately complete milk testing.

First, thoroughly mix the milk to ensure that the sample is uniform. Then, take an appropriate amount of the sample and put it into a pollution-free container. Keep the sample at an appropriate temperature to avoid prolonged exposure or deterioration.

The milk tester is suitable for various milk sources, including cow milk, goat milk, buffalo milk, donkey milk, camel milk and UHT milk. It can meet the testing needs of different dairy products in dairy farms, dairy processing factories and research institutions.

Sure. Milk analyzer is not only suitable for use in dairy farms, but also can play an important role in the milk transportation process. The test can be conducted before transportation, during transportation or upon arrival at the terminal to ensure the quality and safety of the milk source.

Ultrasonic milk analyzer can conveniently test the milk through the principle of sound waves and is suitable for on-site use dairy farms. Infrared milk analyzer relies on infrared spectroscopy for precise analysis and is more suitable for laboratory or research environments.