The robot is composed of multiple single-axis robots that can be combined in different styles to achieve multi-axis combination to achieve applications such as rectangular coordinate robots, XYZ multi-axis robotic arms, etc. From light loads to heavy loads, from short strokes to long strokes, we have a wide range of product sizes to choose the most suitable combination according to the application.
Can be spliced with multi-axis manipulator cantilever type, polar coordinate system, gantry type Repeat positioning accuracy ±0.02mm
Cantilever Type-2 Axis A-Type
Y-axis base fixed type
Features: Basic combination type where the Y-axis base is fixed on the X-axis slider mounting part.
Usage environment: Use after installing the device or Z-axis on the Y-axis slider
Y-axis slider fixed type
Features: The Y-axis slider is fixed on the X-axis slider mounting part, and the Y-axis body moves
Usage environment: Used when there are obstacles and the Y-axis body needs to move forward and backward
Cantilever Type-3 Axis A-Type
Axis base fixed type + Z-axis base fixed type
Features: The base surface of the Z-axis is fixed on the Y-axis slider mounting part, and the Y-axis base is fixed on the X-axis slider mounting part. Type: Use environment: The Z-axis body is fixed, and the slider moves up and down. Compared with the Z-axis slider fixed type, the load is greater
Note: The Z-axis is equipped with a brake as standard
Y-axis base fixed type + Z-axis slider fixed type
Features: The slider surface of the 2-axis is fixed on the Y-axis slider mounting part, and the Y-axis base is fixed on the X-axis slider mounting part
Usage environment: The 2-axis body moves up and down, suitable for occasions where there are obstacles during movement.
Note: Z-axis comes standard with brake
Advantages of the Multi-automation Module Industrial Robot Smart Arm FSKA
1. Modularity and High Flexibility
The Multi-Automation Module Industrial Robot Smart Arm FSKA features a modular design, allowing for
flexible combination of different functional modules (such as six-axis or seven-axis configurations) to
meet diverse industrial scenarios such as welding, palletizing, and assembly.
1. Its open architecture allows for rapid mechanical configuration adjustments, such as by replacing the
end effector or expanding the number of axes, enabling seamless transitions from a single-axis indexing
table to a multi-arm collaborative system.
2. High Precision and Intelligent Control
Integrated servo drives and machine vision systems deliver repeatability of up to 0.05mm, making it
suitable for precision assembly and micro-manipulation.
Supporting fully integrated control platforms such as TwinCAT and compatible with ROS (Robot Opera
ting System), it enables path planning and multi-sensor collaboration.
3. Safe Collaboration and Human-Robot Interaction
Equipped with collision detection and emergency stop functions, it enables collaborative operation with
humans in unfenced environments, reducing safety equipment costs.
Intuitive teaching via a tablet or graphical interface (such as Robotic Suite) simplifies programming. 4.
Lightweight and Durable
Made of aluminum alloy or carbon fiber, they balance lightweight and high strength, with a load capaci
ty of 6-10kg, suitable for high-speed handling.
Surface treatments (such as anodizing) enhance corrosion resistance and adaptability to harsh industrial
environments.
5. Cost and Maintenance Advantages
The modular design reduces spare parts inventory requirements and supports partial replacement rathe
r than complete repairs.
Provides standardized interfaces (such as ISO flanges), compatible with third-party tools, and reduces
integration complexity.
