Product introduction of Milk Fat Standardization System
The Milk Fat Standardization System is designed for precise and continuous adjustment of milk composition directly after the separation process. By automatically controlling cream flow and milk blending ratios, the system maintains accurate fat and solids levels regardless of variations in raw milk composition.
This intelligent dairy processing unit integrates mass-flow measurement, flow transmitters, automatic control valves, PLC control, and a stainless steel skid-mounted structure to provide reliable in-line standardization for large-scale dairy production.
The system is widely used in the production of standardized milk, cream, fermented dairy products, cheese milk, whey products, ice cream mix, nutritional dairy beverages, and functional food formulations.
With advanced cascade control technology, the Milk Fat Standardization System enables dairy manufacturers to achieve stable product specifications, minimize cream giveaway, improve raw milk utilization, and optimize overall production performance.


Working principle
The Milk Fat Standardization System continuously measures cream flow, milk flow, and composition parameters through advanced transmitters. The PLC control system calculates real-time data and automatically adjusts the cream regulating valve to achieve the preset fat and solids values. This continuous adjustment ensures stable milk quality regardless of raw milk composition variations.
Product Parameter Table
| Parameter | Specification |
|---|---|
| Product Type | Milk Fat Standardization System |
| Application | Milk, Cream, Dairy Products |
| Raw Milk Flow Rate | 5,000–75,000 L/h |
| Milk Standardization Temperature | 45–65°C |
| Standardization Method | Automatic In-Line Control |
| Milk Fat Control Accuracy | ±0.015% |
| Installation Type | Skid Mounted |
| Material | Stainless Steel |
| Control System | Siemens / Rockwell PLC |
| Operation Interface | Touch Screen HMI |
| Power Consumption | 0.5 kW |
| Instrument Air Pressure | 600 kPa |
| Instrument Air Consumption | 200 Nl/min |
| Power Supply | 200–400 VAC, 1-phase, 50/60 Hz |
| Dimensions (L×W×H) | 1470 × 1275 × 2200 mm |
Working Process of Milk Fat Standardization System
Raw Milk Separation
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Raw milk enters the separator, where it is separated into skim milk and cream with different fat contents.
Flow Measurement & Data Collection
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Mass-flow transmitters and flow sensors continuously measure cream flow, skim milk flow, temperature, and composition parameters in real time.
Automatic Fat Calculation
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The PLC control system analyzes the collected data and calculates the actual milk fat content according to preset production targets.
Cream Flow Adjustment
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The automatic regulating valve adjusts the cream flow rate and controls the mixing ratio between cream and skim milk.
In-Line Standardization Control
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The system continuously fine-tunes the cream addition to achieve the required fat, total solids, and solids-not-fat levels.
Standardized Milk Output
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The final standardized milk is delivered to downstream processes such as homogenization, pasteurization, fermentation, cheese production, or filling.
CIP Cleaning & System Management
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After production, the hygienic piping system supports cleaning procedures to maintain sanitation and ensure reliable continuous operation.
Main Features
• Automatic in-line milk fat adjustment for consistent dairy product quality control
• Precise flow measurement ensures accurate milk composition during continuous processing operations
• Stainless steel hygienic construction provides durability and corrosion resistance for dairy applications
• Advanced PLC control system enables intelligent automatic standardization process management
• High accuracy regulation minimizes cream losses and improves raw material utilization efficiency
• Flexible configuration supports milk fat, protein, and solids standardization requirements
• Integrated touchscreen HMI provides convenient operation and parameter monitoring functions
• Skid-mounted design simplifies installation and integration into dairy processing lines
• Compatible with various dairy products including milk cream cheese yogurt production
• Customizable options provide advanced control solutions for different dairy manufacturing needs


Application Scenarios
Milk Processing Plants
The system is widely used in milk processing factories to standardize fat content and produce consistent whole milk, low-fat milk, and skim milk products.
Cream Production Facilities
It helps cream processing plants accurately control cream concentration for market cream, butter production, and other dairy cream applications.
Yogurt Production Lines
The system ensures stable milk composition before fermentation, improving yogurt texture, taste consistency, and overall product quality.
Cheese Manufacturing Plants
It provides precise milk standardization for cheese production by controlling fat, protein, and total solids content before coagulation.
Ice Cream Processing Plants
The system supports ice cream mix preparation by maintaining accurate fat and solids levels for improved product formulation.
Functional Dairy Beverage Production
It enables accurate ingredient and milk composition control for nutritional drinks, protein beverages, and specialty dairy products.
Purchasing Guide
When selecting a Milk Fat Standardization System, consider production capacity, target dairy products, required standardization accuracy, automation level, and integration requirements. The system should match the separator capacity and processing conditions of the dairy plant.
FAQ
Q1: What is a Milk Fat Standardization System?
A1: A Milk Fat Standardization System is an automatic dairy processing unit that adjusts milk fat and solids content to achieve consistent product specifications.
Q2: What dairy products can use this system?
A2: It is suitable for milk, cream, yogurt base, cheese milk, whey, ice cream mix, and functional dairy products.
Q3: How does the system control milk fat content?
A3: The system measures milk and cream flow rates, then automatically adjusts cream addition to maintain the required fat level.
Q4: What are the benefits of automatic milk standardization?
A4: It improves product consistency, reduces cream waste, increases production efficiency, and optimizes raw material utilization.
Q5: Is this system suitable for large dairy plants?
A5: Yes, the system is designed for industrial dairy plants requiring continuous and accurate milk composition control.
Q6: What control system is available for this equipment?
A6: The system can be equipped with Siemens or Rockwell PLC control systems and touchscreen HMI operation.
Q7: Can the system standardize protein and solids content?
A7: Yes, optional functions allow control of protein, total solids, and solids-not-fat content.
Q8: Can this system be integrated into existing dairy lines?
A8: Yes, the skid-mounted design allows convenient installation with existing separators and dairy processing equipment.
Q9: What materials are used for the system construction?
A9: The system uses stainless steel hygienic components suitable for demanding dairy processing environments.
Q10: Can the Milk Fat Standardization System be customized?
A10: Yes, options include cold milk standardization, additive dosing, advanced communication, and customized process control solutions.


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