In the world of industrial automation, medium-payload robots represent an ideal balance between strength and agility. Among them, the FANUC M-710iC/50 has established itself as a reliable solution for processes that require precision, speed, and adaptability. Supported by URT, this model continues to be a competitive alternative for companies looking to optimise their operations with an affordable investment.
The FANUC M-710iC/50 is designed for efficiency, offering a payload of 50 kg, a reach of up to 2,050 mm, and repeatability of ±0.07 mm. These features make it suitable for tasks that require both strength and delicacy, such as handling medium-sized parts, palletising, arc welding, painting, assembly, and machine loading and unloading. The robot’s structure is light yet robust, allowing it to achieve high speeds without sacrificing accuracy. Furthermore, its compact design makes it easy to install on production lines where space is limited.
Compared to robots with a lower payload, the M-710iC/50 provides greater versatility as it can handle heavier tools and bulkier parts. In contrast with higher payload robots, it stands out for its agility and energy efficiency, making it an ideal middle ground for plants aiming for productivity without oversizing their equipment. Another advantage is its compatibility with machine vision systems and simulation software, expanding its applications in Industry 4.0 environments. These capabilities prepare it for work in smart cells connected to real-time monitoring systems.
Investing in new industrial robots can be a financial challenge for many companies. This is where URT makes a difference, offering refurbished and guaranteed FANUC M-710iC/50 robots, ready to be integrated into production processes at a competitive cost. Each unit undergoes a rigorous inspection and testing process, ensuring performance equivalent to a new robot. In addition, URT provides support for integrating the robot with other equipment, guaranteeing a solution tailored to each customer’s specific needs.