24-Aug-2018 | Zion Market Research
High labor costs as well as escalating requirement for precision & sequential production in manufacturing activities is projected to accelerate the progress of Robotic, Cutting, Deburring, and Finishing Market over the years to come. Rapid acceptance of new technologies such as AI in myriad sectors will further drive the business scope. Analysts have projected that over the forthcoming years, the demand for 6-axis as well as 7-axis CDF (Cutting, Deburring, and Finishing) robots will increase to a larger extent. Reports have claimed that these robots have the ability to perform multiple tasks at a time and can imitate complex activities & movements of human wrist, hand, and arm. These exceptional features make them more preferred over 3-axis as well as 5-axis CDF robots.
Robotic, Cutting, Deburring and Finishing activities help in removing unwanted materials during processing in the industries. Material removal processes include many operations such as grinding, polishing, ultrasonic cutting, sawing, waterjet cutting, and sawing. Water jet robots are eco-friendly & cost-effective and helps in reutilizing water during the cutting process. This, in turn, is likely to further stimulate the development of Robotic, Cutting, Deburring and Finishing market over the coming years.
Robots find slew of applications across the food packaging & automotive sectors, owing to their ability to effectively carry out drilling operations as well as cutting and cleaning of various materials. Increasing deployment of robots across the automotive sector is likely to contribute notably towards the growth of Robotic, Cutting, Deburring, and Finishing market revenue.
Cutting, Deburring and Finishing robots have proved to be more beneficial for automobile manufacturers as compared to CNC machines in terms of cycle time as well as productivity. This has encouraged vehicle manufacturers to deploy these robots in their factories. The strategic move will not only boost the industry growth, but also effectuate the transition from traditional factory set up to a smart factory set up.
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