Guandong Automation
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This annular guide rail maintains micron-level consistent positioning accuracy at each detection station, ensuring stable workpiece posture and sharp imaging for automated optical inspection systems.
This annular guide rail runs with uniform speed and minimal vibration, effectively avoiding image blur and detection errors during high-speed cyclic optical inspection.
This annular guide rail adopts a standardized compact closed-loop structure, supporting seamless integration into various automated optical inspection equipment with flexible station arrangement.
This T23 annular guide rail delivers stable cyclic motion for compact automated assembly lines. The lightweight 40kg frame makes this annular guide rail easier to mount on small-space multi-station machines, widely used in 3C electronics, medical consumables and new energy inspection systems. We tailor the track dimension freely; this annular guide rail can integrate smoothly with chain or belt drive systems to match your unique production layout.
Suitable for automated testing, product assembly and packaging lines.
Yes, it can be equipped with an electronic control system and seamlessly connect with various automated processing peripherals.
Linear guides, curved guides, slide blocks, drives, positioning systems, transmission systems, frames, proximity switches, protective covers.
Belt drive: Low-noise, clean, and suitable for light loads; chain drive: High load capacity, suitable for medium to heavy loads.
The slide block features standard mounting holes, allowing for easy installation and removal of tooling fixtures and facilitating product changeovers.
Consisting of linear guides, curved guides, slide blocks, drive and positioning components, used for automated assembly and inspection at workstations.
Standard tolerance: ±0.5 mm; with secondary positioning, tolerance can be reduced to ±0.05 mm, meeting the requirements for precision assembly.
It operates in a closed-loop cycle, eliminating waste from no-load return trips; it simultaneously balances conveying capacity with high-precision positioning.
There is no strict upper limit; common configurations range from 8 to 32 stations. For requirements involving more stations, a customized solution can be designed.