In cross-border e-commerce intelligent sorting centers, the MK slide (5000mm stroke model) acts as the main conveying axis, driving sorting carts at 2m/s. Its 200KG maximum horizontal load easily handles full cartons, while ±0.1mm accuracy ensures precise positioning at scanning stations--boosting overall efficiency by 30% compared to traditional chain conveyors.

At vehicle chassis assembly stations, the MK slide (leveraging 50KG vertical load) works with robotic arms to form a cantilevered handling system, responsible for vertical lifting and horizontal transfer of engine components. Its EU-standard interfaces enable quick integration with existing on-site KUKA robots, significantly shortening production line modification cycles and reducing upgrade costs.

In LCD panel aging workshops, multiple MK slides (1000mm stroke model) form a circular conveyor line. Their 50KG vertical load stably supports high-frequency movements of lifting jigs, and ±0.1mm accuracy ensures reliable alignment between panels and test interfaces--meeting the 24/7 continuous operation requirements of workshops.

Equipped with PM high-tension synchronous belts, precision-machined pulleys, and servo motor closed-loop control, the series achieves ±0.1mm repeat positioning accuracy across the full stroke--ideal for scenarios like automatic labeling and workpiece transfer that demand strict positioning.

Featuring a dual-parallel guide rail design and thickened aluminum alloy sliders, the slides offer a maximum horizontal dynamic load of 200KG (capable of carrying heavy parts like automotive gearboxes and industrial robot arms). This represents a 40% load capacity increase over traditional single-rail slides, expanding applications in heavy-duty scenarios.

Built-in anti-fall braking structures support a maximum vertical load of 50KG. Combined with guide rail preloading technology, they effectively reduce sloshing during vertical lifting, enabling safe use in vertical applications such as automatic loading/unloading machines and warehouse stackers--balancing efficiency and safety.