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The entire production line utilizes a sophisticated PLC program control system to realize seamless integrative and ganged running. This high degree of automation ensures that the loading process is perfectly synchronized with downstream cutting equipment, eliminating operational bottlenecks and maximizing the overall output of the factory.
Specifically designed to replace traditional manual board loading, this system drastically reduces the physical labor intensity of workers. By automating the heavy lifting and positioning of boards, manufacturers can achieve higher productivity with a smaller workforce, effectively cutting long-term labor costs and enhancing workplace safety.
The machine features a high-intensity automatic sucking mechanism capable of handling rigid and heavy boards like SPC and WPE with millimetric accuracy. This precision ensures that boards are perfectly aligned as they are loaded onto the conveyor, preventing surface damage and reducing material waste caused by misalignment during the feeding process.
The combination of an automatic elevator platform and a high-speed conveyor belt feeding machine allows the system to accommodate various material thicknesses and pallet heights. This modular flexibility makes it an adaptable asset for factories processing diverse product lines, ensuring a frictionless transition from raw material storage to the cutting zone.
Model | XYJ-3 |
Total power | 10kW |
Primarily used to load WPE, LVT, SPC, and other decorative material boards onto production lines before they are sliced into finished planks or tiles. It ensures a consistent and rapid supply of boards for high-speed industrial cutters.
Ideally suited for the automated handling of heavy carpet tiles or flexible industrial mats, providing a damage-free and stable loading solution that maintains the material's aesthetic integrity.
Applicable in any high-volume manufacturing environment processing non-metallic decorative sheets, streamlining the initial stage of the production workflow and optimizing the organized flow of the factory floor.