How can intelligent logging machines ensure operational safety? Will it completely replace manual labor?

Security guarantee technology:

1. Multi protection system:

The robotic arm is equipped with a force feedback sensor, which automatically stops within 0.1 seconds when it comes into contact with the human body or encounters abnormal resistance (such as the XCMG XE85GF model, which has passed the EU CE safety certification, reducing the misoperation accident rate to 0.02%).

The cockpit adopts an anti rollover design, equipped with an emergency brake button and a 360 ° surround view camera to eliminate visual blind spots.

2. Remote control and unmanned operation:

In hazardous areas such as cliff edges and fire scenes, operators can remotely control equipment from 1 kilometer away through 5G networks to avoid direct exposure to hazardous environments.

The fully automatic transfer machine developed in Sweden has achieved unmanned operation of the entire "harvesting transportation" process, reducing the accident rate by 90% compared to manual labor.

Human machine collaboration mode:

Intelligent devices are not completely replacing manual labor, but are shifting towards "mechanization of high-risk operations+manual fine management":

Equipment side: undertake heavy physical and high-risk tasks such as cutting and handling.

Artificial end: responsible for equipment monitoring, data maintenance, and ecological restoration (such as replanting, pest control).

Industry trend: According to the International Forestry Machinery Association, smart devices will reduce 60% of frontline logging workers by 2030, but create more high skilled positions such as equipment maintenance and data analysis, and optimize the overall employment structure.