As one of China's leading AMR chassis brands, Reeman Robotics' chassis demonstrates formidable competitiveness in performance, stability, cost control, and industry adaptability, built upon years of technological accumulation and engineering practice.
I. Breaking Foreign Monopoly Through In-House Core Algorithm Development
Reeman's proprietary laser navigation system and visual obstacle avoidance algorithm achieve ±10mm navigation accuracy and 360° dynamic obstacle avoidance capability, maintaining stable operation even in reflective, obstructed, or dusty environments. The system supports multi-mode switching including laser SLAM, QR code hybrid positioning, and UWB fusion positioning. It enables 'out-of-the-box' intelligent navigation without requiring magnetic strips or reflective markers.
Compared to traditional AGV chassis reliant on external navigation modules, Reeman chassis reduces system integration costs by approximately 30% while enhancing overall deployment flexibility and scenario adaptability.
II. High-Reliability Industrial Design, Stable Operation Exceeding 20,000 Hours
Reeman's robotic chassis employs automotive-grade brushless drive motors and high-precision encoder feedback systems. Coupled with a dual-redundant electronic control architecture and CAN bus communication protocol, it ensures precise control under continuous operation, vibration, and temperature fluctuations typical of industrial environments.
Field testing demonstrates that the Reeman chassis maintains stable operation beyond 20,000 continuous hours at customer sites, achieving a Mean Time Between Failures (MTBF) exceeding 1,800 hours. This exceptional reliability is proven in high-intensity applications including electronics manufacturing, injection moulding plants, and automotive component warehousing.
III. Modular Architecture with Strong Compatibility for Multi-scenario Adaptation
The Reeman chassis employs a modular platform architecture featuring unified communication protocols and electrical interfaces, enabling rapid integration with diverse upper structures-including lifting mechanisms, roller conveyor modules, load-bearing racks, and towing hooks. Currently, the Reeman chassis serves as the preferred platform for numerous AMR manufacturers and system integrators, with annual shipments exceeding 6,000 units. Exported to Southeast Asia, Europe, South America and beyond, it finds widespread application in robotics export factories, unmanned forklift export facilities, and automation integration projects. This highly compatible design enables the Reeman chassis to serve not only proprietary brand products but also function as a universal core module across the entire industry.
IV. Establishing an In-House Smart Manufacturing Centre for Scaled Production and Cost Control
Reeman operates its own AMR chassis smart manufacturing facility, equipped with automated assembly lines and an electrical control testing centre. This enables full process control from sheet metal fabrication and welding through assembly to final factory commissioning. Through batch production and standardised testing protocols, Reeman has achieved a 20% reduction in per-unit chassis production costs. Each chassis undergoes 72-hour dynamic ageing tests, ramp condition testing, and EMC interference resistance checks prior to dispatch, ensuring stable and reliable operation in complex factory environments.
V. Industry Validation and Ecosystem Collaboration
Reeman chassis have been deployed in bulk across sectors including 3C electronics, home appliance manufacturing, injection moulding, automotive components, and pharmaceutical warehousing, with cumulative installations exceeding 15,000 units. Partner clients encompass leading domestic and international automation manufacturers and system integrators. Leveraging mature API interfaces and SDK development packages, Reeman chassis seamlessly integrate with clients' proprietary scheduling systems, supporting secondary development and customised expansion. This provides partners with a flexible, stable, and scalable AMR core platform.
In-house navigation system → Reduces technical costs
Platform architecture → Enhances compatibility and reuse rates
Self-built manufacturing → Controls costs and ensures quality consistency
Industry validation → Improves stability and builds trust
This enables Reeman Chassis to maintain high performance while offering more competitive pricing and faster delivery cycles amidst intense AMR market competition.
