As automation technology advances, many engineers still struggle with complex coding requirements and inefficient positioning accuracy. The XYZ-F120 series Cartesian robot addresses these challenges by combining high precision with intuitive operation.
The robot series features a high-precision ball screw transmission system that delivers exceptional repeatability and stability. With positioning resolution reaching up to 1 micron, it can perform demanding tasks in microscopic workspaces with ease. Applications ranging from high-frequency precision dispensing to sample handling and laboratory automation become significantly more efficient.
Recognizing the importance of time efficiency in research and production environments, the XYZ-F120 incorporates a VISUAL IMAC icon-based controller. This innovative interface allows operators to complete path planning and logic configuration through intuitive graphical tools rather than traditional programming. The simplified workflow dramatically reduces project implementation timelines.
- Travel ranges: X-axis supports 100-1500mm, Y-axis 100-600mm, and Z-axis 100-300mm, covering small to medium workspaces
- Transmission precision: Choice of 5mm or 10mm screw leads to balance speed and thrust requirements
- Drive system: Standard Nema 34 stepper motors with optional servo motors and encoders for higher loads and dynamic response
- Load capacity: Rated for up to 20kg while maintaining precision performance
- Operating speed: Stepper motors achieve 50-100mm/s, while servo options reach 100-200mm/s depending on load conditions
Beyond hardware specifications, the XYZ-F120 represents a comprehensive optimization of automated workflows. Its streamlined design provides laboratories and precision assembly operations with stable, efficient, and easily deployable automation solutions.
