Comprehensive results

• Precision Positioning, Eliminating Blind Operations

Before Improvement: With dense high-bay racks, drivers frequently had to raise and lower the mast and crane their necks to adjust positioning, resulting in low efficiency and significant safety hazards. 

After Improvement: Wireless forklift camera systems utilize high-precision laser positioning technology to display real-time, clear fork height readings, eliminating traditional “blind operation” modes. This enhances efficiency while effectively preventing collisions between forks and racks.

• Ai-based automatic collision avoidance

Before Improvement: The complex operational environment involved over 50 instances of mixed pedestrian and vehicle traffic daily, creating high collision risks in rack blind spots. 

After Improvement: Intelligent anti-collision warning lights are installed at corners within the dense racking. These immediately trigger audible and visual alarms when pedestrians or forklifts approach. Combined with AI pedestrian recognition technology, the system quickly issues alarms and automatically controls the forklift speed if a pedestrian enters a hazardous area, eliminating collision risks at the source.

Forklift fleet management systems

Before Improvement: Safety managers struggled to monitor on-site operations comprehensively and around the clock, leaving blind spots in monitoring non-compliant operations. 

After Improvement: An intelligent digital platform now monitors risks in real time—including vehicle speed, collisions, seatbelt violations, and improper driving—automatically uploading data and triggering alerts. Administrators receive instant push notifications, enabling fully transparent management throughout the entire process. Translated with DeepL.com (free version)