FAIRINO Collaborative Robot Frequently Asked Questions

FAIRINO is a collaborative robot manufacturer originating from China. They offer collaborative robots with a wide range of payload capacities and operating reaches, utilized for various automation tasks in manufacturing sites, such as component transfer, loading into CNC machines, pick-and-place, transfer to inspection devices, and screw tightening.

SHODENSHA (Thailand) supports not only the sale of FAIRINO collaborative robots but also model and end-effector selection, program creation, equipment integration, setup, and post-installation maintenance and repair.

FAIRINO collaborative robots are articulated robots designed for use in the same workspace as humans. By attaching grippers or suction units to the robot's end, various manufacturing tasks can be automated, such as component transfer, loading workpieces into CNC machines, pick-and-place, transferring to inspection devices, and screw tightening.

Simple transfer movements can be set via teaching, and by integrating with programs, PLCs, cameras, sensors, etc., more complex automation can also be handled.

Please note that even for collaborative robots, safety fences and safety equipment may be required depending on the operating conditions. During actual implementation, a risk assessment will be conducted, including the workpiece, end-effector, operating speed, and surrounding equipment, to consider safety measures.

Collaborative robots are designed for use in the same workspace as humans and are equipped with safety functions. Industrial robots are suitable for high-speed and high-output operations, but are generally used with safety fences or similar to separate humans from the work area.

FAIRINO collaborative robots are characterized by easy motion setup through intuitive teaching and a wide selection of models with various payload capacities and operating reaches. They can be integrated with grippers, cameras, PLCs, and other devices, supporting a wide range of automation tasks such as transfer and loading into processing machines.

Tasks such as component transfer, loading workpieces into CNC machines, pick-and-place, transferring to inspection devices, component alignment, and packaging can be automated. By using different grippers and suction units, various workpiece shapes can be handled.

Yes, by integrating with the judgment results from cameras or inspection devices, good and defective products can be transferred to their respective designated locations. Equipment selection and settings tailored to the workpiece shape and inspection method are required.

Yes, by switching operation programs and gripping conditions according to the workpiece, one robot can handle multiple types of workpieces. If the shapes or weights differ significantly, replacement of grippers or robot hands may be necessary.

Yes, we can review photos, videos of the operation, and workpiece information to assess the feasibility of automation in advance. If necessary, we can also conduct operation tests using actual workpieces.