Product Introduction

This crawler-type material management system has been optimized for complex terrains. By leveraging the enhanced mobility of the tracks, it achieves excellent grip and balanced performance on irregular or low-traction roads. Its high-torque propulsion mechanism, combined with the omnidirectional collection function, can ensure thorough site clearance, preventing materials from remaining in the excavation area and creating voids within the coverage range. The intelligent automation protocol eliminates manual post-processing intervention, enhances personnel protection and task continuity, and is particularly suitable for restricted underground operations, including mineral mining tunnels and underground civil engineering projects.

People-oriented operational dynamics

The pressure-sensing electro-hydraulic steering network offers millimeter-level control accuracy, enabling precise material positioning and optimizing input response speed. The redesigned instruction interface emphasizes the consistency of operation logic among different skill levels while ensuring process reliability. The climate-controlled isolation cabin adopts supportive seats and an adaptive workspace layout to counteract the musculoskeletal pressure during long-term cycling. The combination of integrated harmonic balance technology and active noise reduction technology creates an ergonomic and refined environment, effectively eliminating fatigue and hearing impairment caused by vibration.

Sustainable throughput under modular energy architecture
This system, through intelligent motion planning, prioritizes the rapid and eco-friendly redistribution of materials, thereby coordinating cycle times with emission regulations. The high-strength alloy chassis adopts a quality-optimized geometry, which can enhance the power-to-weight ratio while maintaining structural integrity under peak stress conditions. Task sequencing that conforms to the principle of biomechanical efficiency reduces the reliance on crew members and resource consumption. Hybrid energy compatibility supports zero-emission electric modules for air quality-sensitive enclosed Spaces, as well as fuel-independent combustion devices for decentralized operations, thus enabling tailored solutions in industrial ecosystems