Dual-slider balanced load-bearing linear guide, circular guide rail conveyor line, battery cell assembly conveyor line

I. Dual-slider balanced load-bearing linear guide: Uniform force distribution and stable load-bearing capacity

The dual-slider balanced load-bearing linear guide adopts a symmetrical dual-slider structure, distributing and balancing the force evenly, resulting in stronger single-point load-bearing capacity. It operates without unilateral deviation or wear loss. The guide rail has excellent resistance to compressive deformation, stable operation, and high repeatability, capable of supporting the stable displacement of battery cell modules. It solves the problems of uneven force distribution, rapid wear, and large alignment deviations associated with single-slider guides, making it suitable for heavy-duty precision conveying of lithium battery cells.

II. Balanced load-bearing circular guide rail conveyor line: Stable flow conveying without damaging cells

The circular guide rail conveyor line is equipped with a dual-slider balanced load-bearing linear guide module, providing good overall load balance, smooth start-stop buffering, and no shaking or impact. The force is uniform during conveying, avoiding cell squeezing, bumping, displacement, and damage. It is suitable for the transfer of various lithium battery components such as soft-pack cells and cylindrical cells. Precise workstation positioning and closed-loop completion of multiple processes including cell loading, bonding, assembly, and testing, suitable for lithium battery cleanroom operations.

III. Battery Cell Assembly Conveyor Line: Precision Load-Bearing and Safe Mass Production

 The battery cell assembly conveyor line is custom-designed using a dual-slider balanced load-bearing circular guide rail, specifically designed for automated assembly and transfer of new energy lithium battery cells. The production line offers stable load-bearing capacity and precise alignment, reducing cell assembly defect rates and mitigating the risk of workpiece damage. The equipment is wear-resistant and durable, requiring low maintenance frequency, suitable for continuous 24/7 operation in lithium battery workshops, achieving safe and high-precision automated assembly and transport of cells.