Published On : 03 Oct 2016
Japan’s recent news of building a gigantic robotic lettuce factory motivated some other players in the global robot stacker crane market to introduce their recent products. In the first half of 2016, Japan’s leading vegetable production firm, Spread was in the news for its plans to begin the mass production of lettuce by using a fast-developing technique of robot stacker crane. Robots will be directed to take lettuce seedlings from the stacker cranes and then transplant them. By using robot stacker cranes, Spread aims to control the humidity, temperature, water, light, and carbon dioxide levels automatically. With companies introducing new robot stacker cranes and owing to their rising application, the global market is expected to grow considerably, finds a new report added by QYResearchReports.com to its database.
The report, titled “Global Robot Stacker Crane Market Research Report 2016,” states that flexible designs, higher capacity, and proven technology in newly introduced robot stacker cranes will benefit the global market. The report identifies the many features and benefits of using robot stacker cranes. Features such as low energy costs, short installation time, high quality, reliability, and less maintenance have made the new robot stacker cranes popular. Since the introduction of robot stacker cranes, the storage operations in a warehouse have been simplified. Key companies are introducing new robot stacker cranes that are featured with low noise and low vibration. Many companies are using these cranes to better manage their food and beverages production and storage, which is another factor expected to contribute towards the growth of the global robot stacker crane market.
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By region, the report divides the global robot stacker crane market into North America, Europe, and Southeast Asia. Key companies operating in the global market are listed in the report. Minebea, NSK, SKF, Kitanihon Seiki, FAG, Timken, NTN, GRW Bearings, and Pacamor Kubar are some of the key companies concentrating on updating their technologies and adding innovations for manufacturing new robot stacker cranes.
For a detailed review of the key companies and their dominance, key strengths, weaknesses, opportunities, and threats of the companies are studied in the report. For this, industry-standard tools such as SWOT analysis tool and Porter’s five force analysis are used by analysts. Leading companies are profiled in the report with details such as manufacturing base, product type, specifications, applications, and the key competitors. Startups willing to enter the global market are also listed in the report for a detailed comparison with the key companies. The feasibility study of the new projects is also studied in the report by analysts.
As per the findings of the report, technological advancements in the robot stacker cranes will benefit key companies and the startups. Additionally, mergers and acquisitions will also prove to be beneficial for the growth of the market, reports the analysts. Key companies are willing to acquire the startup companies to maintain their dominance. By merging with leading manufacturers, startups are expected to adopt to the changing trends in robot stacker cranes, which is also predicted to benefit the global market.