The automatic loading and unloading machine uses a vacuum generator to instantly evacuate air between the suction cups and the workpiece, forming negative pressure for secure holding. The material and quantity of suction cups directly affect gripping stability. We offer three common suction cup types:

10 Sets of Silicone Vacuum Cups: Ideal for smooth, flat panel surfaces, such as flat calcium silicate boards, cement fiberboards, MDF, particleboard, steel plates, aluminum plates, etc., ensuring a stable grip without damaging workpieces.

Double-Row Sponge Suction Cups: Suitable for uneven or slightly textured surfaces, such as solid wood boards, veneer boards, slightly uneven or warped calcium silicate boards, cement fiberboard, MDF, particleboard, etc. The sponge material can fit irregular workpieces.

Albers Strip-Shaped Sponge Suction Cups: Designed specifically for large, irregular, or porous panels, especially solid wood boards, thick boards, large-size milled door panels, honeycomb panels, etc., it provides a larger contact area and better vacuum retention, and the high-density sponge will not leave marks on the surface.

If you are still unsure how to choose the right suction cup for your product, please feel free to contact us for recommendations or to request a free testing service.

Higher Space Efficiency: Turning conveyors require additional space around curves, whereas automatic parallel translation conveyors can be laid out in a parallel configuration, significantly saving floor space.

Lower Panel Damage Risk: Turning conveyors can easily cause the materials to shift or slip. The automatic parallel translation conveyors use straight conveying combined with vertical lifting, eliminating the risk of lateral shifting.

Greater Layout Flexibility: Supports multi-line parallel configurations for complex multi-process setups.

Lower Maintenance Costs: Simpler structure with fewer wearing parts, easier to clean and maintain.

The routine maintenance is very simple and convenient. First, regularly inspect rubber rollers for wear, cracking, or slippage, and replace them when necessary. Second, clean photosensors and detectors to prevent paint mist or dust from affecting accuracy. Third, periodically lubricate the transmission components of the flipping and conveyor motors. Fourth, check the connections of the Delta PLC and the inverter to ensure they are secure. Fifth, test safety limit switches regularly to confirm a reliable emergency stop function.

Finally, our after-sales service engineers will provide you with detailed maintenance video tutorials and product manuals to ensure that all your automatic conveyors can operate well and stably.

Automatic Film Cutting Device: It accurately measures the spacing between workpieces using photoelectric sensors and automatically cuts the film between them.

Optimized Blade Design: The cutting blade is positioned away from the workpiece edge, cutting only the film without contacting the workpiece surface.

Film Pressing Guide Roller Positioning: Before cutting, the film material is pressed and secured to prevent shifting during cutting and ensure a straight cut.

Variable Frequency Speed Control: The cutting action rhythm can be adjusted based on the workpiece conveying speed to prevent jamming or misalignment.

In summary, all the functions and technical details of our automatic conveyors have undergone thousands of tests and verifications. If you have any technical questions, please feel free to contact us for discussion.