Ease of programming and sophisticated sensors see robots advancing in transport logistics, palletizing, order picking and assembly

Purpose – This paper aims to provide a review of the many recent innovations such as 3D vision, hydrogen power and autonomous mobility in robot technology such as logistics, order filling, product handling, and assembly for more efficient handling of products in warehouse as well as manufacturing situations. Design/methodology/approach – In‐depth interviews were conducted with both the exhibitors and integrators of robots at the recent dual Automate‐ProMat shows. Findings – Robot developments, such as easier programming, cheaper, more autonomous, and more versatile (two‐armed) units continue to address a rapidly increasing number of applications to move products in warehouse and manufacturing environments, assemble orders, perform product assembly tasks, automated measurements and conduct inspection and other quality guarantee tasks. Practical implications – Robot advances such as lower prices, much easier programming, better versatility and more autonomy are opening many new applications to robotic answers. Hydrogen power can make mobile robots run longer between energy recharging for more up time. Originality/value – Readers will learn how others are rapidly applying robots to many new applications, saving money, getting a fast return on their investment and solving many old material handling and manufacturing problems even if they did not attend the ProMat/Automate 2013 exhibition in Chicago.