Multi Lane Conveyor With Servo Drive For Bottles

The materials on the single input conveyor belt are dynamically distributed to the output lines of multiple lanes according to the preset rules through the servo motor-driven precision lane-splitting mechanism, which is equipped with clamping and positioning, photoelectric counting, and touch-screen programmable control in the whole process.

1.Single power conveyor belt, uniform speed conveying materials (round bottles/square bottles/square boxes, etc.)
2.High-precision photoelectric sensor is installed at the entrance to trigger material position detection and system response.
3.Splitting mechanism is servo-driven screw module + swing arm mechanism. Switching speed ≤ 0.5S.
The material arrives at the lane-splitting area → the clamping device fixes the material → the servo module receives the PLC command.
The slide moves laterally to push the material precisely into the target channel (left/right/multi-channel)
4.Clamping and positioning device is located in the front part of the lane switching exit and is pneumatically driven. The material enters into the channeling area instantly clamping and positioning, eliminating inertia offset, ensuring the stability of the material attitude when servo channeling.
5.The counting adopts anti-interference photoelectric sensor, adapting to high-speed counting (≥120 pieces/minute).

6.Touch screen Human Machine Interface (HMI) with programmable counting rules:
Split lanes by quantity (example: 3 pieces left → 5 pieces right → cycle)
Split channels by time (timed channel switching)
Triggered by external signal (linked robot/scanner gun command)
Counts for each channel, servo status, alarm log
Hierarchical password protection parameter modification