The innovative 6-axis N Flexion series from Epson surprises us with an intelligent compact folding arm design that maximizes the efficiency of movement for faster cycle times. It offers unique residual vibration technology that allows the thin arm to produce exceptional speeds, precision, acceleration / deceleration speeds. This is achieved thanks to the use of Epson QMEMS sensors that reduce vibration. It provides space saving and high performance.
Robot Flexion N2 Compact 6-axis Epson, with unique structural design, small footprint, can be folded on itself, providing maximum efficiency of movement can maneuver even in very small spaces, minimizing the number of intermediate points and decreases cycle times . This robot has a reach of arm 450 mm and maximum payload of 2.5 kg. It is suitable for industrial processes such as Electronics, Assembly of small electronic parts products, Automotive, Assembly of auto parts, Medicine, Assembly of medical devices, automation of laboratories, Consumer products, Assembly of small parts.
Equipped with the powerful and simple RC700A controller
leader in PC-based robot controls, this high-performance controller. With an open architecture design, it allows customers to add third-party software and hardware to build systems that suit their needs. It provides powerful integrated options (Vision Guide, .NET Connectivity (EPSON RC + 7.0 API), EtherNet / IP, DeviceNet, GUI Generator). The RC700A helps reduce development time, improves cycle / performance times and saves the customer money. PC-based ease of use for both advanced users and beginners. Capable of controlling up to (4) 6-axis robots, the RC700A provides superior PowerDrive servo control for super-smooth movement, fast acceleration / deceleration times and fast cycle times. It has an Epson TP3 teach pendant with menu-guided user interface, Easy connection to the controller, with safety standards such as slow speed control, 3-position enabling switch and resettable E-Stop, acts as a teaching tool of robots, and also has the ability to make changes in the parameters of the robots.
