Heavy-Duty Construction - The mast utilizes reinforced C+H channel steel construction, while the 5mm steel frame and 30mm integrated baseplate provide exceptional durability, withstanding heavy loads while maintaining structural integrity.
Superior Stability & Safety - The dual-chain lifting system offers enhanced strength and stability compared to single-chain designs, ensuring safer operation. The hidden charging plug automatically cuts power, eliminating electrical hazards during charging.
Advanced Fork Design - The 8mm one-piece steel forks deliver superior load-bearing capacity with minimal deformation, even under maximum stress. Their seamless construction prevents weak points, extending service life.
Optimized Performance - Precision engineering reduces vibration and noise during operation, while the robust frame and mast design minimize wear, ensuring long-term reliability in demanding industrial environments.
Features
Precision Control & Protection+
The proportional hydraulic system delivers stepless lifting/lowering speeds (0.01-0.3m/s) with millimeter accuracy, reducing mechanical shock by 70% and noise to <65dB for delicate load handling and operator comfort.
Optimized Productivity+
With 20ms response time and adaptive speed adjustment, operators achieve 25% faster cycle times while maintaining perfect load positioning accuracy (±1mm) through intelligent sensor-based control.
Enhanced Longevity+
Precision movement reduces component wear by 40%, extending service life to 15,000+ operational hours. Regenerative lowering cuts energy use by 15% while maintaining <0.1mm bearing tolerance over years of service.
Intelligent Control+
Hangcha’s patented tiller integrates CANbus diagnostics (ISO 11783) with <0.5s fault-code display, reducing troubleshooting time by 60% and enabling plug-and-play module replacement via IP67-rated connectors.
Simplified Maintenance+
A unified wiring harness (SAE J1939 compliant) eliminates point-to-point cabling, cutting electrical failures by 45% while achieving 100,000+ flex cycles in validation testing for sustained reliability.
