Chinese medicine packaging machine should focus on technology

According to recent reports from the Chinese Packaging Network, China's pharmaceutical packaging machinery has long relied on low pricing to attract international buyers due to technical limitations. However, as global demand becomes more sophisticated, price is no longer the main competitive factor. In this highly competitive environment, domestic manufacturers must shift their focus from cost-cutting to technological innovation and upgrading to remain relevant in the global market.

Industry data shows that China's packaging machinery sector continues to grow at an annual rate of around 16%. This growth is driven by the packaging industry's role as a key supporting sector across various economic fields. It not only promotes consumption but also enhances value through continuous technological advancement and improved service quality, which have far-reaching effects on other industries.

Despite its growth, China’s packaging machinery still faces intense international competition due to limited product variety, relatively low technical standards, and issues with reliability. In the past, the industry gained popularity for its affordability, but as requirements evolve, pharmaceutical companies are now seeking more advanced and diverse solutions. Price alone can no longer guarantee competitiveness.

To address these challenges, the domestic pharmaceutical packaging machinery industry needs to accelerate technological upgrades. The integration of intelligent systems into packaging equipment and production lines is becoming essential. There is an urgent need to enhance automation, reliability, safety, and remote operation capabilities. By adopting modern technologies such as high-precision engineering, electronics, microelectronics, and fuzzy logic, the industry can strengthen its competitive edge.

Modern packaging machines are increasingly becoming mechatronic systems that leverage the latest advancements in information technology. However, some Chinese designers lack familiarity with electronic components and are hesitant or unwilling to incorporate them, which limits the overall performance of the machinery. For instance, many foreign packaging machines use separate drive systems, reducing the length of the drive chain, simplifying the structure, and improving both speed and accuracy. A core technology behind this is multi-motor synchronization, which is not difficult to master but is often overlooked by some designers.

Another important development is the widespread use of servo drives in advanced packaging systems. Many older engineers are not trained in designing or using these components, leading to outdated designs. Additionally, new packaging equipment incorporates advanced detection systems to ensure stable and reliable operations. As automation solutions become more widely adopted and information technology advances, more designers are embracing cutting-edge automation tools to improve machine performance and efficiency.