Ensure Stable Operation and Low Maintenance Costs of Cold-Pressed Soybean Oil Equipment with ISO 9001 Certification

23 01,2026
QI ' E Group
Industry Research
How can ISO 9001 certification ensure the stable operation and low maintenance costs of cold-pressed soybean oil equipment? This article delves into the core energy-saving technologies of industrial-grade cold-pressed screw oil presses for soybean oil. It comprehensively compares the energy consumption differences between traditional equipment and new models, from the optimized design of the screw shaft, the selection of high-durability materials to the sealing system that reduces oil loss. It also explains how to improve oil yield and reduce energy waste through scientific operations in real production scenarios. Special emphasis is placed on the crucial role of the ISO 9001 quality management system in ensuring long-term stable operation and reducing the failure rate, helping users in the food, chemical, and pharmaceutical industries make rational purchasing decisions and achieve sustainable production with high efficiency and energy savings.

Meeting the Dual Demands of Energy Efficiency and Stability for Industrial Customers

As an industrial user, you're constantly on the lookout for equipment that can offer both energy efficiency and stability. When it comes to cold - pressed soybean oil equipment, these two factors are of utmost importance. The cold - pressing process has gained popularity in the food, chemical, and pharmaceutical industries due to its ability to preserve the natural properties of soybean oil. But how can you ensure that your cold - pressed soybean oil equipment meets your high - standards?

Key Components Affecting Energy Consumption in Cold - Pressing Process

Let's first take a look at the key components in the cold - pressing process that affect energy consumption. The screw shaft and the pressing chamber are two crucial parts. The design of the screw shaft can significantly impact the efficiency of the pressing process. An optimized screw shaft can ensure a more uniform pressure distribution, reducing the energy required for pressing. Similarly, the quality of the pressing chamber, including its material and structure, can also influence energy consumption.

"The energy efficiency of cold - pressed soybean oil equipment largely depends on the design and quality of its key components. A well - designed screw shaft and pressing chamber can make a huge difference." - Industry Expert

Data Comparison: Traditional vs. New Cold - Pressing Machines

To give you a clearer picture, let's compare the power consumption per unit of output between traditional equipment and the new cold - pressing machines. Traditional cold - pressed soybean oil equipment typically consumes around 1.5 - 2 kWh per kilogram of soybean oil produced. In contrast, our new energy - efficient cold - pressing machines, certified by ISO9001, can reduce this figure to 0.8 - 1.2 kWh per kilogram. This represents a significant reduction in energy costs, which is a major concern for industrial users.

Equipment Type Power Consumption per kg of Soybean Oil (kWh)
Traditional Cold - Pressing Machine 1.5 - 2
New Energy - Efficient Cold - Pressing Machine 0.8 - 1.2

Role of ISO9001 Certification

Now, let's talk about the ISO9001 certification. This certification is not just a label; it represents a high - standard quality management system. With ISO9001 certification, our cold - pressed soybean oil equipment is designed and manufactured to strict quality control standards. This ensures the long - term stable operation of the equipment and reduces the failure rate. In fact, equipment with ISO9001 certification has a failure rate that is 30% lower than non - certified equipment, which means lower maintenance costs for you.

Real - World Cases: Common Misoperations and Corrections

In real - world production scenarios, there are often some common misoperations that can lead to increased energy consumption and reduced efficiency. For example, improper adjustment of the feeding speed can cause uneven pressing and energy waste. By referring to some actual cases, we can learn how to correct these misoperations. Adjusting the feeding speed according to the capacity of the equipment and ensuring the proper moisture content of the materials can significantly improve the oil - extraction rate and reduce energy waste.

Practical Operation Tips

Here are some practical operation tips for you. First, adjust the feeding speed according to the type and moisture content of the soybeans. Second, regularly check and maintain the key components such as the screw shaft and the pressing chamber. Third, follow the operating procedures strictly to ensure the stable operation of the equipment. By following these tips, you can achieve high - efficiency and energy - saving production.

Ready to Upgrade Your Cold - Pressed Soybean Oil Equipment?

Our ISO9001 - certified cold - pressed soybean oil equipment offers you efficient energy - saving performance, stable operation, and after - sales support. Click the button below to learn more!

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