Abstract: This paper introduces a new generation of high efficiency defoaming machine - planetary centrifugal vacuum stirring defoaming machine. The defoaming machine adopts planetary centrifugal stirring technology and vacuum environment, which can quickly and effectively remove bubbles in the liquid and improve the quality of the product.

This paper expounds the machine principle, working flow, advantages and characteristics, application fields, etc., in order to provide a reference for readers to fully understand the principle and application of the new technology.

First, machine principle

The planetary centrifugal vacuum stirring defoaming machine uses the principle of planetary motion and centrifugal force to stir the liquid so that the bubbles float up, and then the centrifugal force will gather the bubbles on the surface of the liquid, and finally remove the bubbles completely in the vacuum environment.

Second, work flow

The debubbling machine's workflow includes pre-treatment, stirring debubbling, vacuum extraction, bubble separation and collection, each of which has been carefully designed to ensure maximum debubbling effect.

Third, advantages and characteristics

Planetary centrifugal vacuum stirring defoaming machine has the advantages of good defoaming effect, simple operation, wide application range and high degree of automation. It also has the characteristics of strong flexibility, energy saving and environmental protection, and can meet the defoaming needs of different industries.

4. Application field

The defoaming machine is widely used in coating, glue, cosmetics, food, medicine and other industries, which can effectively remove bubbles in products, improve product quality and meet market demand.

Five, the advantages of planetary centrifugal stirring technology

Planetary centrifugal stirring technology is the core technology of the defoaming machine, which has the advantages of uniform stirring, high stirring efficiency and low energy consumption. In this paper, the principle and application of this technique are introduced in detail, and the comparison with the traditional stirring technique is presented.

Six, the role of vacuum environment

The vacuum environment is an important part of the planetary centrifugal vacuum stirring defoaming machine, which can effectively remove the bubbles in the liquid. This paper discusses the influence of vacuum environment on defoaming effect and how to optimize the design of vacuum environment.

Seven, defoaming machine operation and maintenance

In order to ensure the normal operation and prolong the service life of the debubbling machine, the paper introduces the key points of operation and maintenance of the debubbling machine, as well as the troubleshooting methods.

8. Evaluation of defoaming effect

This paper puts forward a set of defoaming effect evaluation method to help users accurately evaluate the performance of the defoaming machine, and puts forward improvement suggestions to further improve the product quality.

9. Technology development trend

According to the current development status of planetary centrifugal vacuum stirring defoaming machine, the future development trend of this technology is prospected, including the development of intelligence, automation, multi-function and so on.

10. Market prospects

As a new technology, planetary centrifugal vacuum stirring defoaming machine has a broad market prospect. This paper analyzes the application prospect of this technology in different industries, and forecasts the market development trend.

11. Case Analysis

This paper shows the application effect of planetary centrifugal vacuum stirring defoaming machine in different industries, and the economic and social benefits brought by the case analysis.

Xii. Summary and induction

In this paper, the planetary centrifugal vacuum stirring defoaming machine is introduced and expounded comprehensively, from the machine principle, work flow, advantages and characteristics, application fields and so on. The defoaming machine has a wide range of application prospects and is expected to promote the improvement of product quality and technological progress in various industries.