The Use Of FANUC Robots
FANUC robots are frequently used to increase output, product quality, cycle times, and a manufacturing process’s overall effectiveness. With a FANUC robot, repetitive, tiresome, dangerous, or time-consuming tasks are automated.
The conventional industrial robots from FANUC can convert manual processes into automatic ones with little human assistance. While doing tasks that cannot be fully automated, their collaborative robots can aid or collaborate with humans.
What Are FANUC Robots?
In factories worldwide, FANUC robots number in the hundreds of thousands. They can automate an entire factory or just a portion of a production process using their industrial robots. They can automate just about any production-related task using a variety of FANUC robots, such as articulated, delta, gantry, collaborative, and SCARA.
Given that FANUC robots increase productivity, you will likely see a set of conveyor belts encased by workstations on modern production lines. Because of their effectiveness and absence of human errors and habits, industrial robots are used in many industries. These machines are probably used in the following sectors:
- Transportation (Automobiles) (Automobiles)
- Military (Demining)
- Construction (Welding)
- Medical Care (Laboratories)
- Foundries (Manufacturing)
The state of industrial robotics in ten years will significantly impact the future of CNC machining. Many industry professionals also think FANUC robots will be employed in the fast food sector.
How Are FANUC Robots Used?
1. Material Removal
A wide range of manufacturing processes falls under the heading of material removal. Deburring, cutting, waterjet, grinding, routing, and deflashing are a few of these. FANUC Robots automate the material removal processes in the automotive, food, aerospace, and oil and gas sectors.
2. Part Transfer
FANUC robots excel in part transfer applications. They can rapidly move any part, whether small, delicate, heavy, or large, without endangering or harming it. While the FANUC M-900ia/350 can handle heavy parts thanks to its high payload, the FANUC M-10ia is best for applications involving the transfer of light parts.
3. Welding
Arc, spot, and laser welding are among the many welding processes that FANUC robots can automate. The automotive, oil and gas, and aerospace sectors frequently use FANUC’s arc and spot welding robots. The products made in these industries depend on strong, high-quality welds produced by FANUC welding robots. A popular FANUC robot for welding automation is the Arcmate 120ic.
4. Assembly
Automated assembly applications have been implemented using FANUC robots in the aerospace, automotive, electronics, aerospace, and medical device sectors. The delta robot FANUC M-2ia is perfect for high-speed assemblies. In addition to many other items, FANUC robots can assemble computer keyboards, airplane motors, and automobile windshields.
5. Additional Applications
Applications for FANUC robots include palletizing, painting, distributing, and finishing tasks, as well as material handling, inspection, and machine tending.
FANUC robots are also used in the pharmaceutical, warehouse management, agriculture, metals, foundry, and composites industries. Automated Solutions in Australia can assist you in setting up these robots for your enterprise.
Final Thoughts
Industrial robots mostly save businesses time and money on repeated labor. Still, as technology develops, there is a great deal of opportunity for more creative thinking and independence in the future.
