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Our glazing robots are used throughout the construction sector for handling and transporting glass panels, windows, and other delicate glazing materials.

There are many benefits to hiring glazing robots for these types of jobs, including the fact they’re precise and accurate.

Our glazing robots are designed to handle glass with exceptional precision, ensuring accurate placement and alignment, which is vital for aesthetic and structural integrity in construction projects. Battery operated and highly flexible, they have lifting capacities from 425kg up to 1125kg.

Transport glass panels safely on your site.

Handling large glass panels manually can be dangerous. There’s always a risk of breakage and the materials can be extremely weighty. Hire a glazing robot from Lift Minicranes and you can minimise the risk of injury to your employees, making heavy lifting and precise positioning tasks much easier.

Glazing robots can also speed up the process.

They can be used to complete all kinds of glazing tasks: these robots are much faster than human beings. They can therefore move your construction or manufacturing project along much more efficiently.

Just like our spider cranes, our glazing robots can reach those hard-to-access areas. That includes high-rise buildings or any places where there’s awkward angles. In other words, if manual handling is difficult or impossible, these robots really come into their own.

Our glazing robots have an impressive load capacity.

They are capable of handling large and heavy glass panels that would be challenging for workers to manage, ensuring that even the most substantial glazing elements can be safely and effectively installed.

Save money during your project.

Since they automate the labour process, they can help save construction companies significant amounts of money. You won’t have to worry about hiring a team to handle or install glass panels.

Accessorise our robots to meet your specific needs.

As mentioned earlier, they’re highly versatile. Our glazing robots can be equipped with various tools and attachments to handle different types and sizes of glazing materials, making them versatile for different applications.

To sum up, our glazing robots can enhance the safety, efficiency, and quality of glazing operations in construction and manufacturing.

Did you know that glazing robots have only been used in construction since the 1980s?

Historically, glazing was a labour-intensive process, carried out manually by skilled workers. The installation of glass panes involved the use of scaffolding, cranes, and various manual tools.

The process was hazardous, particularly for high-rise buildings, due to the risks associated with handling large and heavy glass panes at significant heights.

The 1980s and 1990s saw the introduction of basic mechanical aids, such as vacuum lifters and glass manipulators, which helped reduce the physical strain on workers and improve safety. These machines were primarily manually operated but provided significant assistance in lifting and positioning large glass panes.

Early glazing robots which were automated were introduced in the 2000s.

In the early 2000s, the construction industry began experimenting with more automated solutions. Early glazing robots were developed, incorporating basic robotics technology to assist with glass installation. These robots were semi-automated, requiring human supervision and control but offering more precision and efficiency than manual methods.

The 2010s marked a significant leap in robotics technology.

Advanced glazing robots were developed with enhanced capabilities, including autonomous navigation, improved sensors, and sophisticated control systems. These robots could perform more complex tasks with minimal human intervention, significantly increasing productivity and safety on construction sites.

In the 2020s, the development of fully autonomous glazing robots became more prevalent. These robots are equipped with advanced AI, machine learning algorithms, and sophisticated sensor arrays, enabling them to perform complex glazing tasks with high precision and minimal human intervention.

Our modern glazing robots can autonomously navigate construction sites. They can easily be adapted to dynamic environments, and be used with other robotic systems.

Today's glazing robots offer unparalleled safety features, such as real-time hazard detection, collision avoidance systems, and remote monitoring capabilities. These advancements significantly reduce the risk of accidents and enhance overall site safety.

The efficiency of glazing robots has also improved dramatically, with faster installation times, higher accuracy, and reduced waste.

Modern glazing robots contribute to more sustainable construction practices.

They can optimise the way materials are used, reduce waste, and minimise energy consumption during the installation process.

In the next few decades, innovations in AI, robotics, and material science are expected to drive further advancements. The integration of glazing robots with other emerging technologies, such as the Internet of Things (IoT) and 5G connectivity, will likely enhance their efficiency and operational capabilities even further.

As the technology continues to mature and become more cost-effective, glazing robots are being used more across the construction industry. This will lead to safer, more efficient, and more sustainable construction practices globally.

Find out more about hiring our glazing robots by visiting our Glazing Robots page, and don’t hesitate to contact our team today.