Material Handling Solutions AMR

Operates continuously 24/7 without shutdowns or rest periods. Its handling efficiency is more than 3 times higher than manual labor, which can increase production capacity by up to 30%. The on-time material delivery rate reaches 99.8%, completely eliminating production line downtime caused by material shortages.

Equipped with SLAM laser navigation and visual fusion technology, it achieves a positioning accuracy of ±10mm. No modification to the workshop layout is required; it can navigate narrow passages and turn in place flexibly. Supporting a full load range from 100kg to 10 tons, it enables mixed-line production of multiple vehicle models and reduces model change costs by 70%.

It can deeply connect with core production systems such as ERP, WMS, and MES, realizing automatic task assignment and real-time path optimization. Multi-robot collaborative scheduling ensures no congestion, with background visual monitoring and clear material traceability, requiring no dedicated personnel for on-site supervision.

Equipped with 360° laser obstacle avoidance and a four-layer safety protection system, it has passed international safety standard certifications. It can work collaboratively with humans, completely replacing manual forklifts, eliminating industrial accidents, and reducing human operation errors to below 0.02%.

With a one-time investment, the payback period can be as short as 6-8 months. It significantly reduces labor costs for material handling positions (saving over 100,000 RMB per year), while lowering inventory costs and energy consumption, shortening product delivery cycles, and helping automakers enhance market competitiveness.

Ready to use out of the box, with quick deployment and commissioning in 30 minutes. It can be operated without professional training. Combined with 24/7 after-sales response and lifelong technology upgrade services, it fully guarantees stable equipment operation and lowers the threshold for intelligent transformation.

It is widely used in automotive parts sorting, stamping die transportation, body cross-line delivery, intelligent handling of battery packs/engines, and other scenarios. Recognized by many well-known automakers such as Ford and GAC, it has become the core support for the digital and flexible transformation of automotive manufacturing, helping automakers move towards the new form of "lights-out factories".