The Reeman Robotics Chassis offers open SDK and API interfaces, enabling enterprises, research teams, and individual developers to undertake in-depth secondary development. Developers need not build underlying systems from scratch, allowing rapid integration of upper structures (such as robotic arms, shelving, pallets, etc.) onto the existing framework. The system provides a comprehensive navigation algorithm suite (SLAM mapping, path planning, dynamic obstacle avoidance), seamlessly interfacing with user-defined control logic to facilitate differentiated robotic product development.
II. Mature Navigation and Obstacle Avoidance Algorithms for High Deployment Efficiency
The Reeman robot chassis incorporates an integrated laser SLAM navigation system. Requiring no reflective markers or site modifications, it automatically maps and calibrates positions simply by being 'pulled around once'.
The chassis supports autonomous navigation and obstacle avoidance, cross-floor operation, and lift coordination in complex environments. In industrial settings, Reeman chassis achieve average deployment times under one hour, delivering genuine 'out-of-the-box' functionality.
Stability constitutes the core competitive advantage of the chassis. Reeman's robotic chassis employs industrial-grade drive wheels paired with high-precision encoders, complemented by a redundant safety architecture design. Each chassis undergoes 48 hours of continuous operational ageing testing prior to shipment. Annually, over 3,000 units are deployed across multiple industries nationwide, finding extensive application in sectors including 3C electronics, automotive components, warehousing and logistics, pharmaceuticals, and semiconductors. High shipment volumes signify not merely sales figures, but the chassis's industry adaptability and reliability.
IV. One-to-One Technical Support for Rapid Deployment
Reeman provides clients with dedicated engineer support covering algorithm integration and upper-structure modifications. Whether developing delivery robots, inspection robots, cleaning robots, or bespoke AMR material handling solutions, Reeman Robotics delivers chassis-level technical backing.
V. Building Robots Starts with Choosing the Right Chassis
For teams developing proprietary robotic products, chassis selection determines development timelines, performance ceilings, and safety stability. Reeman Robotics chassis are renowned for their openness, stability, intelligence, and scalability, ranking among the most open and widely deployed robotic chassis in the industry.
Choosing Reeman means choosing an efficient path that reduces R&D costs, minimises deployment time, and mitigates after-sales risks.
