Explore our leading industrial autonomous platforms configured for flexible production, complex payload handling, and cross-floor navigation.
Modern industrial environments demand unparalleled flexibility. Traditional Automated Guided Vehicles (AGVs) constrained by magnetic tape or fixed wire tracks are rapidly being replaced by Autonomous Mobile Robots (AMRs). Powered by advanced LiDAR SLAM and Visual SLAM algorithms, AMRs construct dynamic maps and autonomously calculate optimal paths around obstacles.
This shift is fueled by the rise of high-mix, low-volume (HMLV) production models, labor shortages, and rising logistics real estate costs. Global procurement managers now look for mobile platforms that scale fluidly without costly infrastructural modifications. By transitioning to AMR fleets, companies gain the agility required to meet real-time e-commerce and automotive scheduling.
International procurement teams prioritize structural robustness and cross-system compatibility. Integrating an AMR fleet requires a solid understanding of WMS/WCS interoperability, functional safety compliance (such as ISO 3691-4 and EN 1525), and power distribution efficiency.
Furthermore, reliable exporters must supply extensive documentation, CE/FCC certification, and modular spare parts packages to ensure continuous operation across various regions. For high-demand scenarios—like automotive assembly and pharmaceutical distribution—minimum downtime and predictable hardware cycles are critical requirements that manufacturers must deliver.
Understanding the critical technologies and logistics variables that shape modern AMR procurement and deployment.
Combining the absolute precision of QR code grids for high-density racking with the dynamic pathfinding of natural LiDAR SLAM for open areas, enabling consistent operations under changing ambient light.
Support for the standard interface for AGV/AMR communication ensures different brands of mobile robots run on a single fleet manager, reducing software lock-in and simplifying deployment.
Utilizing high-rate lithium iron phosphate (LiFePO4) chemistry to support automatic opportunity charging. A quick 15-minute charge can support 2 to 3 hours of active transit, enabling 24/7 continuous operation.
China's logistics robotics ecosystem offers clear advantages in production capacity, component sourcing, and rigorous quality testing. By integrating advanced CNC milling, laser cutting, and automated welding under one roof, we significantly reduce manufacturing lead times.
This localized manufacturing synergy ensures that structural frames, precision gearboxes, drive wheels, and sensor arrays are designed and integrated natively. For global clients, this means high-grade custom specifications—such as heavy payloads up to 2000kg and specialized vertical lifting integrations—delivered with shorter lead times and robust quality assurance.
A detailed look into our state-of-the-art manufacturing facility, showing the assembly and fabrication steps of our industrial AMR platforms.
Heavy load backpack AMRs transport engine blocks and chassis panels directly to the line. With 360-degree rotation and line-side synchronization, they adapt to fast-paced automotive production steps.
Equipped with high-lift mast systems and compact chassis designs, counterweight forklifts perform high-bay storage placement, maximizing storage density without requiring extra-wide aisles.
Fully enclosed surfaces, cleanroom-rated wheels, and dust-free operations prevent particle contamination, supporting precise transport of chemical compounds and sensitive packaging material.
Modern warehousing is no longer flat. In dense urban and industrial settings, multi-story warehouses are common. Achieving efficient logistics requires AMRs that can navigate between floors without human help. Our elevator integration solution uses secure industrial IoT gateways to link robot fleet managers with elevator control panels.
Using a secure, low-latency API call, the AMR signals the lift, verifies the doors are fully open via visual sensors, and boards safely. The elevator then moves the AMR to the correct floor, where the robot exits to finish its delivery cycle. This reduces human labor costs and keeps cross-floor materials flowing smoothly.
From heavy-duty laser-guided forklifts to commercial service units, find the configuration for your specific operation.
Hangzhou RAB Logistics Co., Ltd. is a professional provider of intelligent warehousing and modern logistics solutions. Built on years of industry experience and continuous technological innovation, RAB Logistics is committed to helping enterprises transform traditional warehouse operations into highly automated, data-driven, and efficient supply chain systems.
Since its establishment, the company has focused on integrating advanced logistics technologies such as Warehouse Management Systems (WMS), Automated Storage and Retrieval Systems (AS/RS), AGV/AMR robotics, intelligent sorting systems, and real-time data visualization platforms. These solutions enable clients to achieve higher operational accuracy, faster fulfillment speed, and significantly reduced logistics costs.
With strong capabilities in system consulting, solution design, equipment integration, software development, and project implementation, Hangzhou RAB Logistics Co., Ltd. delivers end-to-end intelligent logistics solutions tailored to diverse industry needs. Our expertise ensures seamless coordination between hardware and software, creating scalable and future-ready warehouse infrastructures.
RAB Logistics serves a wide range of industries including manufacturing, cross-border e-commerce, fast-moving consumer goods (FMCG), pharmaceuticals, and automotive parts. Our solutions are trusted for their stability, innovation, and proven performance in complex, high-demand environments.
By choosing Hangzhou RAB Logistics Co., Ltd., you are selecting a long-term strategic partner dedicated to building smarter warehouses, optimizing supply chains, and empowering businesses with sustainable competitive advantages in the era of intelligent logistics.
Key technical considerations, integration protocols, and safety compliance for industrial AMR deployments.
Laser SLAM uses 2D or 3D LiDAR sensors to measure distance by sending out laser pulses, creating a highly accurate point cloud map of the room. It works reliably in dark environments and is ideal for busy factories. Visual SLAM uses camera sensors to identify visual features, mapping floors by detecting unique points in the environment. Many modern industrial AMRs combine both (hybrid SLAM) to maintain reliable navigation even if LiDAR reflection or camera visibility drops.
AMRs integrate with software platforms via a middleware Fleet Control System (FCS) using RESTful APIs, WebSockets, or database connections. This integration enables real-time task allocation, location updates, and inventory tracking. Supported fleet managers align with standard B2B logistics systems, turning host ERP pick requests into automated dispatch orders.
Our industrial-grade AMRs feature multiple layers of safety systems. These include safety-certified LiDAR scanners that create protective fields (slow down and emergency stop zones), front and rear contact bumpers, 3D obstacle avoidance cameras to detect low-profile items, and built-in warning lights. These features comply with ISO 3691-4 requirements, ensuring safe, co-operative work alongside human staff.
Yes. While AMRs work best on flat industrial concrete, our heavy-duty models can climb slopes between 3% and 8% depending on the payload. They also include active suspension systems to navigate minor floor joints, metal floor plates, and elevators without losing wheel traction or steering alignment.
RAB Logistics