The importance of using a compact extruder to increase productivity lies in the following points:

High Volume Production: Compared to other production methods, the compound extruder can produce high quality plastic compounds quickly and in large quantities, increasing production efficiency.

Economical and cost-saving: Because a compound extruder can mix multiple raw materials at the same time, it reduces the cost of production by cutting down on manual labour and equipment inputs during the production process.

Precise control: The compounding extruder has a precise temperature, pressure and shear control system, which ensures the homogeneity and quality stability of the plastic compound to meet the customer's needs.

Increasing the productivity of a compounding extruder is important to modern industry. Such machines are vital in areas such as plastics, rubber and chemicals, as they can mix a wide range of different raw materials and process them into homogeneous mixtures at high temperatures and pressures. Increasing the productivity of these machines can lead to faster production speeds, lower production costs and improved product quality and consistency.

In addition, as the market demands more and more sustainable development, improving the production efficiency of the mixing extruder can also reduce the waste of waste materials and resources, and promote environmental protection and sustainable development.

How to improve machine productivity?
Improving machine productivity is a comprehensive process that needs to be optimised from a number of angles. Here are a few key aspects:

Selection of suitable raw materials
Select raw materials with stable quality and reasonable cost, and avoid using poor quality or unreliable raw materials to ensure the stability and consistency of product quality.

Adjust extrusion temperature and pressure
During the production process, extrusion temperature and pressure need to be adjusted according to raw material characteristics and production requirements to ensure a balance between product quality and productivity. If temperatures and pressures are too high, equipment wear and tear and wasted energy may result; if they are too low, product quality and throughput may be compromised.

Optimising mould design
Moulds are one of the key factors in determining product quality, and optimising mould design can greatly improve productivity and product quality. For example, considering the structure, size and surface treatment of the product in the mould design can reduce the scrap rate and increase the production speed.

Choosing an efficient drive train
The drive train is one of the most important components of machine production. Choosing an efficient drive train can increase the productivity of the machine. For example, the use of frequency inverters allows for the regulation of motor speeds, thus making the production process more flexible and efficient.

Regular maintenance and repair
Machines require regular maintenance and repairs to ensure that they are in good working order. This reduces the failure rate and downtime and increases productivity. Examples include cleaning the equipment, replacing consumables, and checking machine parts.

In conclusion, improving machine productivity requires comprehensive consideration of raw materials, production processes, equipment selection and other factors, and requires continuous optimisation and improvement.

Summary
With the development of science and technology and people's requirements for environmental protection and sustainable development continue to improve, the future of the mixing and extruding machine is bound to move towards a more efficient, intelligent and green direction.

On the one hand, the application of digital technology and automation system can further improve the production efficiency and quality; on the other hand, the improvement of environmental awareness will also prompt the mixing extruder in the selection of raw materials and processes pay more attention to environmental protection, and gradually change to the direction of sustainable development.

In short, the future of the mixing extruder will become a set of high efficiency, intelligence, environmental protection in one of the new industry, for the development of the global economy to make greater contributions.

In summary, to improve the production efficiency of the refining extruder is very important for enterprises. Only by continuously promoting technological innovation and improving efficiency can we stand invincible in the increasingly fierce market competition.