Product Overview
The high-precision air flotation turntable is a high-precision rotary platform based on air flotation technology. It integrates advanced control algorithms, high-performance electrical sensing components, and precision mechanical structures. It delivers excellent axial, radial and tilt error motion performance during operation, along with superior rotation accuracy and repeatability.
Meanwhile, the core of the turntable adopts air bearing technology, resulting in extremely low vibration during rotation, which effectively improves precision machining quality and inspection accuracy. The table supports 360° continuous rotation and can be configured with closed-loop servo control or speed mode according to test requirements, flexibly adapting to various test conditions.
The turntable can be widely applied in precision metrology, optical testing, semiconductor inspection and ultra-precision machining, providing a stable and reliable motion reference for high-precision angle calibration and multi-dimensional topography measurement.
Product Specifications
Product Advantages
High Precision
ABRS series turntables provide an almost frictionless rotation environment, enabling ultra-high positioning accuracy and repeatability. Positioning accuracy ±1", repeatability ±0.5".
Low Error
ABRS series turntables adopt air bearing technology, achieving outstanding rotary performance. Both radial and axial error motion values are better than 80nm, providing stable support for high-precision machining and measurement.
High Efficiency
ABRS series turntables generate almost no vibration during rotation, improving machining quality and measurement accuracy. The air flotation system responds quickly, reaching the required rotation speed in a short time and stopping rapidly.
High Stability
ABRS series turntables can withstand large loads while maintaining stable performance. Precision air flotation technology reduces component wear and extends service life.
Applications
Industrial Automation
Applied to high-end automation production lines for precision visual inspection, multi-angle precision assembly of components, and three-dimensional contour scanning stations.
Semiconductor Processing
Applied to the performance testing and precision calibration of angle detection modules, attitude acquisition devices, and intelligent sensing components.
Precision Machining
Used for angle precision verification, coaxiality and rotation accuracy detection of precision tooling fixtures, rotary tables, and precision rotary components. It also completes calibration of precision machining supporting detection devices and machine tool attitude sensing modules.
Aerospace
Used for ultra-precision machining of aerospace components and ground attitude simulation and precision calibration of aerospace sensors and inertial elements.