#China #Chery Automobile #Dalian #AMRs #ForwardX Robotics

Transforming Automotive Intralogistics: ForwardX and Chery

In a groundbreaking move for automotive manufacturing, ForwardX Robotics has installed a staggering 435 Autonomous Mobile Robots (AMRs) at the Chery Automobile factory in Dalian. This represents one of the largest deployments of its kind within the industry, marking a significant step forward in optimizing internal logistics and setting new benchmarks for intelligent automation.

The Challenge of Modern Automotive Manufacturing

As the automotive sector evolves, Tier 1 suppliers face mounting pressure to manage parts movement with unprecedented speed and accuracy. The complexity of manufacturing processes requires innovative intralogistics solutions capable of handling various components, ranging from delicate electronics to substantial mechanical assemblies, all in real time and across multiple workshops.

Recognizing this need, ForwardX Robotics has developed targeted solutions to address these challenges, deploying three specialized AMR models designed to work in concert to streamline operations throughout the Chery factory.

Tailored Solutions for Increased Efficiency

• - Flex Series AMRs: These nimble units are ideal for transporting smaller, fragile parts, like circuit boards and wiring assemblies. They ensure just-in-time delivery with minimal disruption to floor operations.
• - Max Series AMRs: These high-capacity robots are engineered for heavy loads, such as engines and machinery components. They coordinate seamlessly with production lines, helping to eliminate potential delays.
• - Lynx U1000 Towing AMRs: Specifically designed for towing larger racks and bulky materials, these AMRs are fully integrated with Chery's Smart Production System (SPS), facilitating autonomous deliveries across critical production zones.

“We are focused on solving real-world manufacturing challenges at scale,” said Nicolás Chee, CEO of ForwardX Robotics. “Our collaboration with Chery Automobile reflects an ambition to enhance material flow in one of their most complex manufacturing environments. With 435 AMRs working together, we are ushering in a new era of intelligent logistics.”

Real-Time Logistics Across the Factory

The ramifications of this deployment are significant. Chery's factory can now achieve a synchronized material flow across diverse production areas—stamping, welding, battery assembly, and more—ensuring maximum efficiency and minimal downtime. The logistics system is capable of supporting vehicle rollouts every two minutes, dramatically increasing productivity.

The technology developed by ForwardX Robotics has proven its versatility across various manufacturers in Asia, successfully addressing both general and highly specialized logistic needs:

• - At Inalfa, their Max-1500L AMRs effectively maneuver heavy loads through constrained roof system workshops.
• - With BYD, customized Forklift AMRs navigate hazardous spaces in fast-paced electric vehicle battery facilities.
• - At Dongfeng Auto, Lynx U1000 AMRs efficiently manage car door transportation within welding workshops, maintaining pace with high-speed assembly lines.

These implementations highlight ForwardX's capability to address a broad spectrum of intralogistics challenges, whether it involves heavy rack movements or sensitive component handling, all through flexible and scalable robotic systems that adapt seamlessly into existing operations.

Looking Forward to Automate 2025

As the automotive industry continues to evolve, ForwardX Robotics aims to redefine possibilities in logistical automation. Their AMRs are engineered to move components with unmatched speed, precision, and safety, transforming how automotive parts are handled.

Industry professionals are invited to meet ForwardX at Automate 2025, Booth #5632, where they can explore the future of automotive logistics and witness firsthand the cutting-edge technology driving this revolution.

In summary, the deployment of 435 AMRs at the Chery factory not only enhances operational efficiency but also represents a pivotal shift towards smart automation in the automotive sector, paving the way for innovative advancements and streamlined production practices.