The Smart Pendant employs GUIs and simple programming commands like copy, cut, paste, undo and redo to enable users to guide the robots with touchscreen buttons.
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“Our new Smart Pendant represents a disruption in the traditional programming of both types of robot, bringing a level of ease of use that makes learning how to program a robot less frustrating and daunting,” says Bernardo Mendez, senior product manager at Yaskawa Innovation. It also smoothed the path to robot adoption by introducing easy-to-use programming tools for both industrial and collaborative robots. Yaskawa Motoman is another supplier that recently expanded its line of collaborative robots to offer a range of payload sizes and features for new applications and markets. The company says the new AI-based system can achieve 5-10 percent improvements in cycle time. The new robots fit a wide range of industry requirements in fields such as medical devices, consumer products, automotive parts and electronics.Įpson Robots has also partnered with Asyril, a provider of flexible feeders, to create the Epson IntelliFlex Feeding System, which uses artificial intelligence (AI) to learn as it operates in order to determine the fastest cycle time. “We can make these SCARA robots more affordable because we build our own components-such as motors, gearing and cabling-instead of buying them,” explains Rick Brookshire, group product manager for Epson Robots. In addition to making their robots both intuitive and flexible to implement, suppliers like Epson also recognize that affordability is key to driving adoption and have taken steps to support this.
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Integrated options include vision designed specifically for robot guidance, fieldbus interface systems, RC+ 7.0 API software for open-platform functionality, teach pendants and customizable graphic user interfaces (GUIs). It also includes a built-in controller in a space-saving, lower-cost design. The new Synthis T6 All-in-One SCARA robot has a 600 mm arm and can handle up to a 6 kg payload. Part of the company’s SCARA product family, the new robots are designed to replace the expensive, difficult-to-adjust linear slides now used in many pick-and-place operations, such as loading trays, feeding parts, palletizing and other material handling applications.Įpson’s popular T3 SCARA robot, introduced last October with a 400 mm arm and 3 kg payload, now has a bigger brother. “This collaborative robot family is designed to handle 5, 10, 15 or up to 35 kg, so they can be right-sized for the application.”Įpson Robots, which first began making robots for high-speed, high-precision applications such as watchmaking, is expanding its portfolio to offer new material handling solutions, including robots for simpler, lower-speed tasks. “The new CR-15iA, for example, has a 15 kg payload and a reach of 1,400 mm, so it can handle heavier loads safely at higher speeds,” Maxwell says. It guides first-time users through the programming process.įanuc and other suppliers are also smoothing the path to implementation by expanding product lines to easily adapt to different applications. Consider Fanuc’s iRProgrammer user interface, which is similar to what people see on their cellphones or computers.
And since cobots are most often used for repetitive, dull and dirty tasks, they’re being well-accepted by human workers.”įast, flexible and intuitive implementation is a common theme among robotics manufacturers.
“They’re designed to accommodate humans, who don’t require much training to learn how to work with them. “They allow you to automate without changing existing production lines,” explains Ed Roney, national account manager for intelligent robots at Fanuc America. Where adoption of robot solutions might once have seemed intimidating, they have enhanced their appeal with more flexible material handling options, better force control and cloud-based support, while lowering their fear factor with new features like simplified programming and pre-integrated solutions for robot mechanics, vision and control.Ĭollaborative robots (cobots) are also fueling adoption, and even finding particular favor. Both factors are contributing to the growing use of robots.” “Manufacturers also want to increase yields as cost-effectively as possible. “There’s a great deal of interest in automating production lines because of the difficulty in finding workers, let alone skilled workers,” says Rick Maxwell, director of engineering for the general industry and automotive segment at Fanuc America. The reasons are many, but two in particular stand out. It's no secret that robots are marching into nearly every industrial space in the U.S.
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