Single-axis robot – KP series

The single-axis robot’s distinctive modular design, featuring a dual combination of ball screws and linear guides, significantly streamlines installation and replacement processes while ensuring longer service life. Compared to conventional linear-stage systems, which require careful selection of guiding and driving components, repeated adjustments and rigorous testing, and often suffer from bulky designs that take up considerable space—choosing the KP single-axis robot series represents a cost-effective solution. It offers advantages such as convenient installation, rapid integration, high rigidity, and a compact footprint, thereby reducing both the client’s installation time and the space required for environmental applications. The four-directional, evenly loaded ball-and-groove contact surfaces are all designed at a 45° angle.

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Single-axis robot – KP series

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    • Commodity name: Single-axis robot – KP series
    • Commodity ID: 1044170139487789056

    The single-axis robot’s distinctive modular design, featuring a dual combination of ball screws and linear guides, significantly streamlines installation and replacement processes while ensuring longer service life. Compared to conventional linear-stage systems, which require careful selection of guiding and driving components, repeated adjustments and rigorous testing, and often suffer from bulky designs that take up considerable space—choosing the KP single-axis robot series represents a cost-effective solution. It offers advantages such as convenient installation, rapid integration, high rigidity, and a compact footprint, thereby reducing both the client’s installation time and the space required for environmental applications. The four-directional, evenly loaded ball-and-groove contact surfaces are all designed at a 45° angle.

    Features of a single-axis robot

    Advantages of modular design
    The combination of ball screws and linear guides not only streamlines the installation and replacement processes but also extends the service life. Compared to conventional linear stage systems, which require careful selection of guiding and driving components, repeated adjustments and rigorous testing, and often suffer from bulky designs that take up considerable space—choosing the KP single-axis robot series represents a cost-effective solution. This series offers advantages such as easy installation, rapid integration, high rigidity, and a compact footprint, thereby reducing both the client’s setup time and the space required for environmental applications.

    Four-way equal load
    The contact surfaces between the steel balls and the ball grooves are primarily designed at a 45° angle, allowing for flexible installation in any orientation—whether radial, reverse-radial, or lateral—and ensuring that the same rated load capacity is maintained regardless of the installation type.

    High rigidity
    Thanks to Ansys’ optimized U-track design, the track has become lighter and more compact in size, while exhibiting higher rigidity under cantilever loading conditions—achieving a perfect balance between rigidity and volume.

    High-precision, space-saving
    The variation in frictional resistance caused by changing loads is minimized, thereby meeting the demand for high-precision feed. Moreover, the combination of the nut and slide rail enables space savings and optimal configuration.

     

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The single-axis robot’s distinctive modular design, featuring a dual combination of ball screws and linear guides, significantly streamlines installation and replacement processes while ensuring long service life. Compared to conventional linear-stage systems, which require careful selection of guiding and driving components, repeated adjustments and rigorous testing, and often suffer from bulky dimensions and space constraints, the KP single-axis robot series offers a cost-effective solution. It provides advantages such as convenient installation, rapid integration, high rigidity, and a compact footprint, thereby reducing both the client’s installation time and the required environmental space for deployment. The contact surfaces between the four-way equal-load ball bearings and the bearing grooves are all designed at a 45° angle.

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