In the production line of automotive braking systems, the loading and unloading of brake discs, whether high-temperature cast or precision-machined, directly impacts the production takt time and workpiece yield rate. Powered by the DexVerse™ engine, DexForce's spatial and embodied intelligence suite utilizes CAD model-driven synthetic data training to deploy vision systems on production lines in just 5 minutes. This solution provides a comprehensive full-link guarantee system for the intelligent production of brake discs.

In automotive wheel hub production, aluminum alloy hubs require high-precision handling after die-casting and machining. Powered by the DexVerse™ engine, DexForce's spatial and embodied intelligence suite harnesses CAD model-driven synthetic data training to deploy vision systems in just 5 minutes and enable robotic arms to grasp complex curved targets with ±0.1mm positioning. This propels hub production towards flexible and unmanned transformation.

Vision guidance empowers the unordered grasping of automotive nuts for welding with "precise eyes", which brings chaotic materials under precise control while eliminating the constraints of traditional tooling. DexForce leverages the virtual-real integrated computing power to redefine the production logic. Concurrently, the embodied intelligence suite is designed with an "agile body" possessing autonomous decision-making capabilities. They cooperate to break the ceiling of manufacturing efficiency, and are reshaping the ecosystem of flexibility and precision in the automotive industry.

Vision guidance equips the loading of automotive reflective bearings with "anti-glare armor", piercing through the visual obscurity of metallic reflections to ensure the precise positioning of slippery bearings from a disordered state. DexForce weaves a sensory network with the virtual-real integrated computing power, and its embodied intelligence suite provides equipment with adaptive "dexterous wrists". Together, these innovations break through the efficiency limitations of traditional loading, and are rewriting the new paradigm for the seamless flow of precision components in automotive manufacturing.