FANUC Robotics is a leader in industrial automation, offering a wide range of robot models to meet the needs of different industries.
M-2000iA: This is a high payload robot for heavy lifting and machining tasks. Its strong arm and precise control make it ideal for industries such as foundry and automotive.
M-10iA: The M-10iA is a small handling robot for light-duty material handling and assembly tasks. Its compact design and high flexibility make it very popular in the electronics and plastics industries.
M-10iD: This robot is designed for heavy-duty applications and is dust and water resistant for harsh environments.
M-710iC: A versatile universal robot suitable for a wide range of applications such as material handling, machine tending, palletizing, etc.
R-1000iA: Known for its high speed and accuracy, this robot is suitable for high-speed material handling and palletizing tasks.
R-2000iB: The R-2000iB is a heavy-duty robot for material handling, assembly and spot welding applications.
R-2000ic: This robot is preferred for its compact design and high payload capacity for a wide range of industrial applications.
M-410iB/C: A series of high-speed, heavy-duty palletizing and material handling robots.
LR Mate 200iD: A small collaborative robot for applications requiring flexibility and collaborative tasks.
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Teach Pendant: FANUC Teach Pendant is the primary interface for operating the robot, allowing the user to directly control the robot's motion and programming.
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Teach Pendant Housing: Protects the teach pendant from damage.
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Push Button Membrane: Provides intuitive operation and command entry
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Body: the physical structure of the robot, including the arm and base
Servo Motors: provide the power needed to move the robot
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Reducer: Used to increase the torque output of the motor
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Balance Cylinders: keep the robot moving smoothly and accurately
Wrist: The robot's end-effector connection, used for fine manipulation
Input teeth: To transmit power
Belt: Used to transmit power
Body cable: The cable that connects the robot body to the controller.
Control cabinet: Houses the robot's control hardware and interfaces
Drive Units: Control the motion of the motors
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Power supply module: provides a stable power supply for the robot system
CPU Host: controls the operation and programming of the robot
Safety module: ensures the safety of the robot operation
Multifunction boards: provide additional functions and interfaces
Power distribution board: manages power distribution
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Body cables: cables that connect to the robot body
Power cables: cables that carry power
Encoder cables: cables that connect to the encoder
Teach Pendant cables: cables used to connect the teachers
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Maintenance Grease: for the maintenance and care of the robot
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