One of the most reputable companies that produce automated machinery is called FANUC. They may automate a complete factory or just a portion of an operation with their industrial robots. FANUC robots are frequently utilized to increase output, the quality of the product, cycle times, and the manufacturing process’s overall effectiveness. With a FANUC robot, repetitive, tiresome, dangerous, or time-consuming tasks are effectively automated. The conventional industrial robots from FANUC can convert manual operations into Automated Solutions Australia with little to no human assistance.
While on activities that cannot be entirely automated, their robotic collaborators can be employed to aid or collaborate with people. They can automate just about any production-related operation using a variety of FANUC robots, including gantry, articulated, delta, collaborative, and SCARA. FANUC robots are capable of being utilized in a wide range of sectors for a variety of purposes. Here is a list of some of the most common ones.
Different Uses Of FANUC Robots
1 . Welding: Spot, arc, and laser welding are among the many welding operations FANUC robots can automate. The automotive, oil & gas, and aerospace sectors regularly use FANUC’s spot and arc welding robots. The products made in these industries depend on strong, high-quality welds produced by FANUC welding robots. Notable FANUC robots for welding automation include the Arcmate 120ic.
2 . Assembly: Automated assembly applications have been implemented using Fanuc robots in the automotive, aerospace, electronics, and medical equipment sectors. The delta robot FANUC M-2ia is perfect for high-speed assembling. In addition to many other goods, FANUC assembly robots are frequently used to construct computer keyboards, airplane motors, and automobile windshields.
3 . Packaging: For most sectors, packaging completed items is a crucial final manufacturing step, which is why many businesses automate this procedure with FANUC robots. Robotic packaging from FANUC may be employed to package delicate goods like electronics. FANUC robots made for the food industry can safely package food while avoiding infection.
4 . Material Removal: A wide range of manufacturing processes fall under the broad category of material removal. Deburring, waterjet, cutting, grinding, deflating, and routing are some material removal processes. FANUC robots automate the material removal processes in the automotive, aerospace, food, natural gas, and oil sectors.
5 . Part Transfer: FANUC robots best suit part transfer applications. FANUC robots can move any part, whether little, fragile, heavy, or enormous, without endangering or harming it. While the FANUC M-900ia/350 can carry big components thanks to its high payload, the FANUC M-10ia is best for situations involving the transfer of delicate parts.
6 . Other Uses: Other applications for Fanuc robots include palletizing, dispensing, painting, and finishing operations, as well as material handling, inspection, and machine tending. FANUC robots are also used in the pharmaceutical, warehouse, metals, agriculture, foundry, and composite industries in addition to the sectors already mentioned.
Conclusion
FANUC robots have a wide range of applications, which is why they have developed into and are now one of the leading robotics brands. FANUC Robots continue to be the most reputable brand in the automation industry thanks to their wide range of versatile robots and simplicity of programming.
