High-Precision one-dimensional rotary stage

The high-precision turntable, as an important test equipment in aerospace and aviation projects, is mainly used for camera parameter calibration. The high-precision one-dimensional turntable developed has a maximum load capacity of 150 kg, an angular measurement accuracy better than ±0.3", and features high repetitive positioning precision and precision maintenance capabilities, ensuring continuous operation of the rotary stage and meeting the calibration needs of high-resolution, large-aperture, and long-focal length cameras.

Indicator Item Indicator requirement
Load parameters Maximum load capacity 150kg
Rotary Stage mechanical parameters Load mounting table size Φ 1500 mm
External dimension ≤ Φ 1500 mm × 850 mm
Weight ≤5000 kg
Structure style Air-floating shaft system
Position parameters Angular range of motion ±150°
Angular position resolution Direct driven by motor: 0.4" Driven by micro drive mechanism: 0.05"
Resolution and accuracy Indicators of grating angle measurement system Absolute measurement accuracy (±30。measurement range): ±0.3" Resolution: 0.0003" Repetitive measurement accuracy: ±0.2"
Angular velocity and acceleration prameters Angular velocity range ±(0-20)°/s, adjustable

Features

  • Exceptional Precision and Accuracy:

    • Engineered to provide high angular resolution and positioning accuracy, crucial for satellite applications.

    • Ideal for applications requiring meticulous control over rotational movement, including the orientation of satellite instruments and components.

  • High Load Capacity:

    • Capable of supporting significant loads while maintaining precision.

    • Suitable for mounting heavy and delicate satellite equipment, optical components, sensors, and industrial tools, ensuring stability and accuracy.

  • Smooth and Stable Operation:

    • Designed with advanced bearings and drive mechanisms to ensure smooth and consistent rotation.

    • Minimizes vibration and wobble, providing stable and reliable performance, which is critical for maintaining the integrity of satellite instruments.

  • Repeatability and Reliability:

    • Offers consistent performance with high repeatability, ensuring the same position is reached accurately in repeated operations.

    • Essential for automated processes and the long-term reliability required in satellite missions and precision manufacturing.

  • Compact and Robust Design:

    • Constructed from high-quality materials for durability and long-term use, capable of withstanding the harsh conditions of space, including temperature fluctuations and radiation.

    • Compact design facilitates integration into various systems and setups with space constraints, including satellite systems.

  • Easy Integration and Control:

    • Compatible with various control systems, including satellite control systems, for seamless integration into existing workflows.

    • Supports both manual and automated control, enhancing flexibility and usability in satellite operations and other precision applications.

  • Versatile Applications:

    • Suitable for use in optical alignment, precision machining, robotic arms, scientific experiments, aligning optical instruments, orienting antennas, and adjusting solar panels.

    • Provides critical capabilities for industries requiring high-precision rotational positioning and satellite missions that require precise rotational positioning.

Advantage

  • Unmatched Precision and Accuracy:

    • Designed to deliver high angular resolution and positioning accuracy, critical for high-precision tasks and essential for satellite applications.

    • Ensures meticulous control over rotational movement, crucial for the precise orientation of satellite instruments and components.

  • Robust Load Capacity:

    • Capable of handling substantial loads without compromising precision.

    • Ideal for supporting various equipment, including optical components, sensors, industrial machinery, and satellite equipment such as antennas and solar panels.

  • Smooth and Stable Performance:

    • Features advanced bearings and drive mechanisms for smooth and consistent rotation.

    • Minimizes vibration and wobble, ensuring stable and reliable operation both in terrestrial applications and in space.

  • High Repeatability and Consistency:

    • Provides consistent performance with high repeatability, ensuring accurate positioning in repeated operations.

    • Essential for automated processes, precision manufacturing applications, and the long-term reliability required in satellite missions.

  • Durable and Compact Design:

    • Constructed from premium materials for durability and longevity, capable of withstanding harsh conditions, including extreme temperatures and radiation in space.

    • Compact design facilitates easy integration into various systems and environments with space constraints, including satellite systems.

  • Ease of Integration and Control:

    • Compatible with a wide range of control systems, including satellite control systems, for seamless integration.

    • Supports both manual and automated control, offering flexibility and ease of use in both terrestrial and satellite operations.

  • Versatile Applications:

    • Perfect for optical alignment, precision machining, robotic systems, scientific research, aligning optical instruments, orienting antennas, and adjusting solar panels.

    • Provides critical capabilities for industries demanding high-precision rotational positioning and satellite missions requiring precise rotational positioning.

  • Quality Assurance and Support:

    • Rigorously tested to meet the highest industry standards for precision and reliability.

    • Backed by our expert technical support team and comprehensive training programs to ensure optimal performance and user satisfaction.

Choose us

  • We have extensive experience in the research and development of satellite integration and platform;

  • We have extensive experience in the research and development of remote sensing, communication, and navigation electronic equipment;

  • We have extensive experience in establishing research and production conditions;

  • We have extensive experience in the development of numerical control, testing, and data processing systems;

  • We have a large number of satellites to name;