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Multiway Robotics (Shenzhen) Co., Ltd.
Multiway Robotics (Shenzhen) Co., Ltd.

Enhancing Unmanned Forklift Safety: A Comprehensive Approach to Product Protection

As the world embraces automation and cutting-edge technologies, unmanned forklift solutions are revolutionizing industries with their efficiency and productivity. However, with the increasing adoption of these autonomous machines, ensuring product safety protection becomes paramount. In this article, we delve into the key safety measures employed by Multiway Robotics to guarantee safe and seamless operations.

  • Safety Sensor Protection

One of the primary concerns in any industrial setting is avoiding collisions between unmanned forklifts and personnel. To address this, advanced safety sensors are deployed. These sensors utilize sound and light warning principles to actively remind personnel of the forklift's presence. By providing real-time alerts, the risk of potential collisions is significantly reduced, promoting a safer work environment for all stakeholders.



  • Point Cloud Obstacle Avoidance for Intelligent Collision Avoidance

A pivotal aspect of unmanned forklift safety is intelligent collision avoidance. Leveraging point cloud obstacle avoidance, the forklifts can employ forward simulation algorithms to measure distances accurately and plan optimal walking speeds. When faced with obstacles in their path, these forklifts can automatically slow down, bypass the obstacles, and then accelerate, which can ensure the stability of the goods during acceleration and deceleration, and prevent them from falling. This capability minimizes unexpected incidents and enhances overall safety in busy and dynamic work environments.


  • Control Systems Protection

The control systems of unmanned forklifts play a crucial role in their safe operation. These systems are equipped with multiple protective mechanisms, including:


Positioning Anomaly Protection: Constantly monitoring the forklift's position and course, the system can detect deviations from the intended path to prevent potential hazards.


Deviation Path Protection: If the forklift deviates from its designated path, the control system promptly detect deviations and send a reminder, mitigating risks of collisions or unsafe movements.


Communication Fault Protection: In cases of communication failures between the forklift and central control, safety protocols are in place to bring the vehicle to a controlled stop, avoiding potentially dangerous situations.


Component Fault Protection: The control system continuously monitors the forklift's components for malfunctions or abnormalities. In case of a detected fault, the system can intelligently stop the vehicle to prevent further damage and potential hazards.


  • SkyEye System Protection

The SkyEye system represents an advanced real-time monitoring mechanism for unmanned forklifts. By actively observing the vehicle's operation, the SkyEye system identifies complex obstacles and road conditions. This feature is particularly crucial in large and busy warehouses or manufacturing facilities where unforeseen obstructions can pose significant risks. By providing a comprehensive overview of the surroundings, the SkyEye system enhances the forklift's ability to navigate safely through dynamic environments.


  • Vehicle-to-Road Collaboration

To further enhance safety, modern unmanned forklifts integrate vehicle-to-road collaboration functions. These functions enable the forklifts to communicate with the infrastructure and vice versa. As a result, the forklifts receive real-time data about the road conditions and potential hazards. Additionally, the system can detect personnel intrusion and path interference, allowing the forklift to take immediate evasive actions and eliminate safety hazards promptly.


  • Operation Safety Detection

The operation safety detection function focuses on safeguarding both forklift operators and other personnel in the vicinity. By deploying advanced sensors and monitoring technology, this function can detect various potential risks, such as personnel departure, abnormal behavior, and falls. Moreover, the system can verify if the operator is wearing appropriate work clothes, safety helmets, gloves, etc. These safety checks significantly reduce the likelihood of accidents caused by human errors or negligence.


  • Environmental Safety Detection

Beyond protecting human interactions, unmanned forklifts also contribute to maintaining a safe work environment. The environmental safety detection function continuously monitors the surroundings for any potential hazards, such as smoking, phone calls, or open flames. By timely identifying and addressing these violations, the system helps prevent accidents and ensures compliance with safety regulations.


In conclusion, unmanned forklifts are transforming industries with their efficiency and productivity. However, their safe integration into workplaces requires a comprehensive approach to product safety protection. By deploying cutting-edge technologies such as safety sensors, point cloud obstacle avoidance, control system safeguards, SkyEye monitoring, vehicle-to-road collaboration, and advanced detection functions, unmanned forklift solution providers are ensuring a secure and accident-free future for industrial automation. These measures not only protect human lives but also enhance overall operational efficiency and reduce downtime, making unmanned forklifts an indispensable asset for businesses seeking to optimize their material handling processes.


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