Self-repairing high-speed doors: Innovation in industrial security


Safety is a top priority in the industrial sector. Technological innovation has revolutionized safety standards, and self-repairing doors represent a significant advance in this field. In this article, we will show you in detail what self-repairing doors are, how they work, their advantages in industrial environments and the technology behind their self-repairing capability.

What are self-repairing doors and how do they work?

High-speed self-repairing roll-up doors are a type of industrial high-speed door designed with the ability to automatically repair minor damage. This innovative system is based on advanced technologies that allow the door to “repair itself”, thereby reducing downtime and potential costs associated with repairs.

These doors are equipped with a special mechanism that detects impacts and activates the self-repair system. This system allows the door curtain to pull out of the tracks in case of small impacts to prevent breakage. After the impact, when the door is closed again, it returns to its original state.

Advantages of Self-Repairing Doors in Industrial Environments

Self-repairing doors offer a number of significant advantages in industrial environments:

  • Reduced downtime: By automatically recovering from minor damage, self-repairing doors minimize downtime of industrial operations, resulting in increased productivity and efficiency.
  • Improved safety: The self-repairing capability of these doors increases workplace safety by ensuring that doors are always in optimal operating condition, avoiding risks associated with damaged or out-of-service doors.
  • Reduced maintenance costs: By requiring less human intervention for repairs, self-repairing doors help reduce long-term maintenance costs, resulting in a remarkable return on investment.

Technology and materials behind self-repairing doors

The doors' self-repair capability relies on a combination of advanced technologies and materials. These can include:

  • Flexible and resilient materials that can return to their original shape after sustaining minor damage.
  • Sensors and monitoring systems that detect and record impacts and deformations.
  • Realignment and resetting mechanisms that allow the door to return to its original state in the event of an impact.

If you want to have the benefits of this type of technology in your industrial doors, contact the Ferroflex team and increase the industrial safety of your buildings. 

Any doubts?