According to the latest market report published by Transparency Market Research titled “Bottle blowing machine Market: Global Industry Analysis, Size, Share, Growth, Trends and Forecast, 2017-2025,” food and beverages end-use segment is expected to be the largest revenue contributor to the global bottle blowing machine market during the forecast period, 2017-2025. Global revenue generated from sales of bottle blowing machine in 2016 was nearly US$ 1.90 Bn, which is projected to increase at a CAGR of 3.0 % during the assessment period.
Strict regulatory norms and expensive price continue to restrain market growth
Growing consumer preference for bottled water will foster the need for blowing machine market. However, global bottle blowing machine market may encounter with a major challenge limiting its growth in near future, attributed to stringent government regulations in different countries. Regulatory norms will reportedly pose a restriction for the market’s growth through to 2025. Huge, uncontrollable waste produced due to plastic on a global level is forcing governments to restrict the production and sale of bottles.
Moreover, bottle blowing machines are best suited for manufacturers with high output, whereas prices of bottle blowing machines seem to be unaffordable for small and regional manufacturers. This factor will significantly limit market growth by 2025 end. In some cases, the manufacturing output volume is relatively lesser and the machine is used only for a short duration, resulting in high idle time of the machine. This factor greatly reduces the productivity of the manufacturing firm.
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The global bottle blowing machine manufacturers are now focusing on incorporating new technologies in the machine. They are replacing semi-automatic bottle blowing machines with automatic bottle blowing machine that have enhanced features, which further eliminates the possibility of errors caused due to machine inaccuracy. Machinery manufacturers are moving forward and offering features such as remote services, machine simulation, and data acquisition.