Food Robotics Market Driver to Growth Are Persistent Demand for Clean and Spotless Production Areas That Is Driving Growth In Industrial Automation

Robots are increasingly finding importance in food industry because of industrial automation making its presence felt in all nuances of food processing. The articulated robots range from two-joint robots to ten-joint robots. With every incremental addition in joints of a robot, the robot displays a range of motions suitable for food-processing applications. Furthermore, a practiced medium for robots is to fulfill payload requirements in food industry ranging from low to medium payload category. Segmentation of food robotics market by type includes articulated, Cartesian, SCARA, and Delta. Segmentation of food robotics market by application includes palletizing, packaging, repackaging, pick and place and processing. By payload, food robotics market includes low, medium and heavy. By region, size of food robotics market includes North America, Europe, Asia pacific, MEA and Latin America.

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The medium segment defined by 10kg to 100Kg segment retains largest share in food robotics industry. A measure of flexibility on display is on by medium segment catering to changing manufacturing needs. The palletizing segment by application observes large growth in food robotics industry due to reduced cost in operations, decreasing labor targets, delayed turnaround times and increasing productivity-cycles with reduced ergonomics.

These are the properties increasing demand in food and beverage industry.  Palletizing refers to loading and unloading of large boxes from food and beverage manufacturing and distribution facilities and supply warehouses. Reducing scale of process-related interruptions in food industry, highest performing robotic solutions have been deployed in various food-processing applications. Asia pacific is expected to display prolific growth in food robotics market due to growth in average consumption of ready-to eats products and exploding population growth. Industry says that robots find applications in curd-slicing operations with automatic choice of slicing tools and high output-rate.

Another application is grated cheese packaging with metal-detection check, weighing and quality control and packaging optimizations. Market drivers to growth are persistent demand for clean and spotless production areas that is driving growth in industrial automation in food and beverage industries. Food robotics is a contemporary concept and is witnessing improved growth rates in industrial automation by easing food supply chain depending on free-wheeling robot movements to do the rest. Industrial robots have taken center-stage in very demanding food industry and SCARA robots and Cartesian robots are widely used in food industry. SCARA robots stand for Selective Compliance Assembly Robot Arm or Selective Compliance Articulated Robot Arm.

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It is essentially a 4-layer design used in a fast-assembly line that involves kitting, lifting and packaging. The much acclaimed SCARA robots have brought in a transformative change in robotics with incisive design. High-rise innovations in robotics have deeply benefitted the food-processing industry with motion-controls having electronic movements and wide-coverage using minimum floor-space and simple installations with eCobra 600 and eCobra 800 SCARA robots.

Robots using Cartesian and six-axis robots including SCARA robots are reducing human error by lowering iterations in various food-processing operations such as slicing and kitting. The food robotics industry leverages SCARA and Cartesian robots in automating complex tasks and increasing throughput. Japan, U.S, South Korea, and Australia have good demand for industrial robots in food and beverage industries. Key industries involved in food robotics market include ABB Group, KUKA AG, Mitsubishi Electric Corporation, Kawasaki Industries Ltd., Rockwell Automation, Inc., Fanuc Corporation, Seiko Epson Corporation, Yaskawa Electric Corporation, Staubli International AG, Mayekawa Mfg. Co.Ltd., Universal Robots, Inc., and Bastian Solutions Incorporated.