Splicing Robot Arm

Module：FSKP The type in which the Z axis (vertical axis) is installed upright on the X axis.Use environment: It can be used in occasions such as inserting workpieces into shelves or lifting trays. Modular orthogonal architecture design Multimodal intelligent collaboration Full-scenario adaptability

Module：FSKG The Y axis base is fixed horizontally on the X axis slider mounting part, and the auxiliary support rail is installed at the end of the Y axis

1. Flexible Production Adaptation Rapid Reconfiguration of Production Lines: Through its modular design, modular robots can quickly replace end effectors (such as grippers and welding guns), adapting to the demands of high-variety, small-batch production. They are particularly well-suited for industries such as 3C electronics and automotive parts that require frequent process switching. Low-Cost Automation: Compared to traditional industrial robots, modular robots offer a lower investment threshold. Small and medium-sized enterprises can implement partial automation through modular assembly, shortening their return on investment (ROI). 2. High-Precision Assembly and Processing Precision Operation: Equipped with high-resolution tactile sensors (e.g., over 1,000 sensing points per square centimeter) and sub-micron joint feedback, they can perform micron-level tasks such as chip packaging and medical device assembly. Complex Process Integration: In automotive manufacturing, modular robots can collaboratively complete complex processes such as door welding and glass gluing, improving consistency.

Module：FSKF The Z-axis body can move up and down, suitable for installing fixtures on the Z-axis body, transporting workpieces, etc.

Module：FSKA 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.