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[Demo Report Vol.2] We conducted a robot repair demonstration using a long blade!

  • Feb 10
  • 2 min read

Hello! We are LEBO ROBOTICS.


Recently, we invited a wind power generation company to our office to hold the third demonstration of wind turbine blade repair using a robot! *This is the second report.

In this article, we will introduce an overview of the day, the reactions of the participants, and future developments!


This time, a demonstration was conducted using the newly introduced long blade, allowing visitors to see the robot's repair movements and precision under conditions that are closer to the real world.



Demo Overview

Event Schedule

April 24, 2025

Venue

LEBO ROBOTICS Headquarters

participants

Wind power generation companies, wind turbine manufacturers, etc.

Content

Opening Ceremony

- Demonstration of repair process using robots

・Question and Answer Session

Implementation details

Last time, we only showed the painting robot, but this time we used both the completed polishing robots to demonstrate the entire repair process below.


① Damage polishing

Polishing scratches on wind turbine blades and preparing for repairs

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② Putty application

Putty is applied by a robot to smooth out any unevenness after polishing.

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③Blade forming

The shape after applying putty is adjusted to reproduce the original curve of the blade.

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④ Finishing polishing

Finishing the surface to the proper condition before painting improves the adhesion of the paint film

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⑤Painting

The finishing touch is done by a robot painting the parts.


▶︎ The background and benefits of introducing long blades are also introduced in this article!


Participants gave positive feedback on the robot's practicality, with comments such as, "With this level of accuracy, we would like to consider putting it into actual use right away," and we discussed specific projects!


We also received a lot of interest and support for our maintenance policy of shortening the intervals between repairs.

By repairing the blade before the damage becomes too deep (when the top coat is damaged),

・Reduced operating costs

- Minimize the risk of future major accidents

- Reduction of power generation loss due to erosion

The following effects are expected, and they have high hopes for a strategic approach to maintenance.


This demonstration marks the end of the demonstration event, and we will now begin full-scale fieldwork. We will continue to incorporate feedback from businesses and make further technological improvements in order to create an even better product.


If you are interested in robotic maintenance, please feel free to contact us!


Contact us


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Our challenge is still on, so we hope you will keep an eye on future developments.

We regularly post the latest information about our company on various social media platforms, so please follow us and we hope you will continue to support us as we move forward!

 
 
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