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Furen Robotics
The integrated fueling robot is designed with the principles of “whole-machine explosion-proofing, high-tech aesthetics, and safe efficiency.” Adopting a humanoid form and fully automated operation, it features a 3+2+2 three-dimensional architecture with dual robotic arms and dual cameras. Core technologies include AI recognition, machine learning, motion control algorithms, and intelligent monitoring. Combining a sleek appearance with high efficiency, stability, and safety, it delivers exceptional performance.
Electric planetary gear mechanism: Lift in 2-4 seconds, adjustable height 50-100mm for various pallets/racks.
Stable lifting (vibration ≤ ±2mm) for safe transport of precision materials; 20% higher single-cycle efficiency than traditional forklifts.
Explosion-Proof Inspection Robot
This robot can be equipped with various environmental sensors and spectral leak monitoring systems. It supports customized tasks such as meter reading, temperature measurement, and abnormal behavior monitoring for routine inspections, effectively assisting daily patrols and post-disaster leak gas surveys.
The Humanoid Carrying Robot is built around the core architecture of “mobile chassis (legs) + robotic arms (hands) + vision/force sensing (eyes) + edge computing/AI (brain)”. It breaks through the limitations of traditional robots with single functions, achieving “anticipatory demand fulfillment” through gesture recognition, voice commands, and AR virtual teaching, replacing the conventional one-way instruction mode.
With intelligent design, high-precision robotic arm, and advanced vision system, it achieves automatic charging for new energy vehicles. Combined with seamless payment, it delivers a convenient and efficient charging experience for vehicle owners while adapting to complex environments.
Double-armed AI refueling robot
Integrating planar cameras and depth cameras, combining precise positioning with auxiliary positioning, taking into account the advantages of active imaging and passive imaging, effectively ensuring the safety and stability of operations.
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