Application of DADISICK QSA26/40-1000 2B3L Safety Light Curtains in Multi-Axis Access Protection for Robotic Arms

Customer Background:

A manufacturing company relies on robotic arms to accelerate their production processes and increase efficiency. However, the multi-axis accessibility of the robotic arms poses safety challenges during operation. The customer needed a reliable solution to ensure that the robotic arms would not pose a danger to personnel or nearby objects during their movements.

Challenge

The multi-axis accessibility of robotic arms in a factory environment means that they can move in different directions and heights, increasing the risk of collisions and accidents. The customer needed a reliable safety measure that could promptly detect any potential hazards and trigger an emergency stop or slowdown of the robotic arms.

Solution: DADISICK QSA26/40-1000 2B3L Safety Light Curtains

DADISICK's engineering team recommended the use of QSA26/40-1000 2B3L safety light curtains, which are advanced safety devices specifically designed for multi-axis access protection.

Safety Light Curtains in Multi-Axis Access Protection for Robotic Arms

Working Principle

The QSA26/40-1000 2B3L safety light curtains create an invisible beam barrier that covers the multi-axis access path of the robotic arms. When a person or object enters this beam barrier, the safety light curtains immediately detect it and trigger an emergency stop or slowdown of the robotic arms to prevent collisions and accidents.

Implementation and Results

After the installation of DADISICK QSA26/40-1000 2B3L safety light curtains, the customer achieved the following key outcomes:

1.Enhanced Operational Safety:

The safety light curtains effectively protected the multi-axis access paths of the robotic arms, reducing the risk of collisions and accidents and enhancing operational safety.

2.Improved Production Efficiency:

Because the safety light curtains could promptly detect potential hazards and trigger emergency stops or slowdowns of the robotic arms, the production process became smoother, with less frequent shutdowns and inspections.

3.Cost Savings:

By avoiding collisions and accidents, the customer reduced maintenance and repair costs, extending the lifespan of their equipment.

Conclusion

DADISICK QSA26/40-1000 2B3L safety light curtains provided the customer with a reliable solution for protecting multi-axis access with robotic arms, ensuring operational safety and equipment reliability.

This case highlights DADISICK's leading position and excellent technology in the field of industrial safety, bringing tangible improvements to the customer's automated production processes while reducing potential risks and costs. They will continue to focus on providing high-quality safety devices to meet the safety needs of their customers.