HENG MEI Intelligent Manufacturing Choosing a Milk Analyzer for Collection Stations

Choose a milk analyzer by the milk types, composition ranges and cleaning workload at the collection point. HM-RF1 uses ultrasonic sensing for measurements such as fat, protein, lactose and non-fat solids. Match the configured calibration to the milk being tested.

HM-RF1 is part of the HENG MEI Intelligent Manufacturing range supplied by Shandong Hengmei Electronic Technology Co., Ltd.

How the measurement works

HM-RF1 uses ultrasonic sensing for multi-parameter analysis of liquid dairy samples. It measures composition-related quantities together with density and temperature. A suitable calibration and consistent sample handling connect the instrument response to the milk type being tested.

Match the calibration to the collection station

Define the milk types and expected composition before comparing configurations. Set the reference-check procedure for each routine product and agree on the reporting basis. Sample identification, intake-lot linkage and a practical cleaning sequence are important where many suppliers deliver milk in a short period.

Technical configuration

Relate a percentage to a stated reporting basis

A protein value of 3.2% on a mass basis corresponds to 3.2 g per 100 g of sample, or 32 g per kilogram. A comparison with a value expressed per liter also requires density and compatible reporting conditions. Keep the basis visible when using a composition result for intake evaluation or production calculations.

Use composition and cleaning records together

HM-RF1 supports a 2–15% protein range, automatic cleaning, thermal printing and Wi-Fi reporting. Keep the fluid path clean between the sample groups specified by the procedure. Investigate an unexpected composition pattern using a representative repeat sample and the appropriate reference check, while retaining the original intake record.

Manage a short milk intake window

During a busy intake period, sample identity and consistent handling are central to usable milk results. Associate each container with the delivery lot before measurement, and use the calibration suitable for that milk type. Organize reference checks and cleaning so the fluid path is ready for the next group of samples. Review abrupt changes in several composition values together with the sample condition and instrument check. Preserve the original reading and any repeat or reference result. A clear intake worksheet lets purchasing and quality teams connect the reported composition to the corresponding delivery and subsequent decision.

Put the selected method into practice

1. Identify the milk lot and prepare a representative sample following the operating procedure.
2. Use the calibration and sample conditions appropriate to that milk type.
3. Measure the sample and review any unexpected result against a suitable reference check.
4. Run the prescribed cleaning sequence and retain the batch record.

Plan support for common operating issues

Plan the complete working configuration

Define whether the station handles cow, goat, UHT or other milk types and identify the relevant calibrations. Compare the expected composition range, reference-check procedure, daily sample count and cleaning materials. HM-RF1 lists thermal printing and Wi-Fi reporting. Plan a record structure that links the intake lot, sample and analytical result.

Define the acceptance and reporting requirements

Agree on the following items when configuring HM-RF1. They connect the equipment and consumables to the intended measurement and provide a basis for operator training and result review.

• Supplier or intake lot
• Milk type and calibration
• Sample condition and result basis
• Reference checks and cleaning sequence

Questions from buyers and laboratory teams

Is a composition analyzer sufficient for every milk quality decision?

Define the required composition, microbiological and residue tests separately within the quality plan.

Why does cleaning belong in capacity planning?

The sample path needs the prescribed cleaning sequence between batches and at shutdown.

For a HM-RF1 configuration enquiry, provide the sample type, required measurements, expected workload and reporting requirements. Include the consumables, preparation equipment and support arrangements needed at the installation site.

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