In an effort to enhance safety and efficiency, Harmon Inc. has embraced automation for installing glass panel brackets on skyscrapers. This strategic move not only aims to protect workers but also to streamline the construction process. By integrating advanced robotic systems, Harmon is setting a new standard in the glazing industry.
Harmon Inc.’s adoption of robotic technology marks a significant shift from traditional methods. Previously reliant on manual labor for high-risk tasks, the company now leverages automation to achieve greater precision and reduce workplace hazards. This transition highlights the growing trend of incorporating robotics in construction to meet modern demands.
How Do UR20 Cobots Enhance Construction Efficiency?
Raise Robotics has equipped its mobile platforms with two UR20 collaborative robot arms from Universal Robots. This setup allows for precise alignment, drilling, and torqueing of brackets, significantly speeding up the installation process. The small design and power-efficient features of the UR20 make them ideal for mobile applications, enabling continuous operation without the need for extensive wiring.
What Safety Benefits Do Robots Provide?
“Safety is always first in mind,”
said Don Birmingham, general superintendent at Harmon. By automating the installation process, workers are no longer exposed to the dangers of high-altitude tasks. The robots handle repetitive and potentially hazardous activities, reducing the risk of accidents and allowing employees to focus on more complex tasks within a controlled environment.
How Quick is the Return on Investment?
“It’s a 3x multiplier on traditional labor,”
stated Conley Oster, co-founder of Raise Robotics. The robotic system typically recoups its cost within a single 13-floor project by replacing the need for multiple workers and increasing installation speed. This rapid return on investment underscores the financial viability of integrating robotics into construction workflows.
The implementation of UR20 cobots by Harmon Inc. not only boosts operational efficiency but also ensures higher accuracy in installations. With real-time data logging and precise torque application, the system minimizes errors and enhances overall build quality. These advancements provide valuable insights for future projects, allowing for continuous improvement and adaptation to evolving industry standards.
Harmon’s move to automation aligns with broader industry trends towards digitization and smart construction practices. By leveraging robotics, the company positions itself at the forefront of technological innovation, potentially influencing other players in the market to adopt similar solutions. This proactive approach can lead to widespread improvements in safety, efficiency, and project management across the construction sector.
The integration of UR20 cobots into high-rise construction demonstrates the tangible benefits of robotics in enhancing both worker safety and operational efficiency. As the construction industry continues to evolve, the adoption of such technologies will likely become more commonplace, driving further advancements and setting new benchmarks for project execution.
