In 1974, Chinese universities and colleges began to study ultra-high-pressure waterjet technology, and the initial research direction was mainly for mining. Commercialized research and application began in 1986. In 1996, China's first commercialized "Ultra-High Pressure CNC Universal Waterjet Cutting Machine" came out. During the period 1996-2001, the main application areas of ultra-high pressure waterjet cutting machine were stone, ceramic processing and decoration industries. After 2001, they have been gradually applied to cutting materials such as stainless steel and glass.However, due to the immature technology, the system pressure is below 300MPa, and the product performance is unstable, the market acceptance is not high. Therefore, during the period 1996-2001, the domestic ultra-high pressure waterjet cutting machine industry was still in the product development and trial application stage, and the market promotion process was slow.

With the successful application of ultra-high pressure waterjet cutting machine, robotic waterjet cutting has gradually been applied to the market. In addition, China's manufacturing industry as a whole has entered a period of rapid growth after joining The World Trade Organization, which has also created a good foundation for the wide application of new technology and new equipment such as robotic waterjet cutting, and the market application prospects have gradually become clear. Since 2002, the good market prospects of robotic waterjet technology have attracted many domestic manufacturers to enter the industry successively, and have developed and produced robotic waterjet products suitable for automotive interiors. At the same time, foreign manufacturers recognize China's huge market potential and set up subsidiaries or offices in China to seize market opportunities. Domestic and foreign manufacturers have jointly promoted the industrialization of robotic waterjet cutting in the Chinese market, and played an active role in the continuous improvement of robotic waterjet technology and the continuous expansion of market applications. As a result, China's robotic waterjet cutting industry has begun to enter the market introduction stage.

Since 2009, with the further maturity of technology and the continuous improvement of market awareness, the competitive advantages of this product have gradually emerged, and it has been widely accepted in industries such as automotive interior. China's robotic waterjet cutting industry has entered an early stage of growth. At this stage of development, the robotic waterjet cutting technology is relatively mature, reaching the international advanced level, and the product performance is stable. In the entire cutting equipment field, it shows the characteristics of complementing and partially replacing other cutting technologies, and it is widely accepted by most manufacturing and processing industries. Therefore, although the growth of the entire industry at this stage is significantly higher than the introduction period, and the annual growth rate can be maintained at more than 40%, the overall market size is still small, accounting for less than 10% of the cutting equipment market in China. The future market space is huge.

With the continuous upgrading of technological innovation of robotic waterjet cutting, the further expansion of application fields, and the continuous improvement of market awareness, China's robotic waterjet cutting industry has entered a period of rapid development.

Shenyang Win-Win Waterjet Co.,Ltd is a robotic waterjet manufacturer with independent research and development, using high technology, promoting high quality, and focusing on high reputation, which has been engaged in the research and manufacturing of waterjet cutting. It is a leader among Chinese robotic waterjet manufacturers. 

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