Analysis of The Core Stabilization Technology of BOB-LIFT

The outstanding performance of the BOB-LIFT crane is not only reflected in its lifting capacity, but also in its innovative stable technical system. These technologies jointly ensure the safe and reliable operation of the equipment under various working conditions.

Hydraulic outrigger system

It adopts a large-span hydraulic outrigger design, providing excellent support stability. The outriggers can be adjusted independently to ensure quick leveling even on uneven ground. The high-strength support pad equipped effectively disperses the grounding pressure and prevents the soft foundation from sinking.

Intelligent torque protection system

It integrates multiple high-precision sensors to monitor key parameters such as the Angle, length and load of the boom in real time. The built-in intelligent algorithm calculates the safe operation range in real time. When approaching the safety threshold, it issues an audible and visual warning. When exceeding the safety range, it automatically restricts dangerous operations.

Optimize structural design

By lowering the center of gravity of the entire machine, the stability of the equipment is significantly enhanced. The main structural components are made of high-strength steel, achieving lightweight design while ensuring structural strength, and further enhancing the anti-overturning capacity.

Operation safety guarantee

Equipped with a human-machine interaction interface, it can display important operation parameters in real time. Establish a multi-level safety early warning mechanism to provide sufficient reaction time for operators. The system records operational data and supports subsequent analysis and optimization.

The comprehensive application of these technologies enables the BOB-LIFT crane to maintain excellent lifting performance while ensuring the safety and reliability of the operation process. Its stable performance not only stems from high-quality components but also benefits from the collaborative design of the entire system, embodying the safety design concept of modern construction machinery.