Welcome to our glass lifting blog, where we dive into the fascinating world of handling and lifting glass materials. Whether you’re a professional in the construction industry, an architect, or simply curious about the intricacies of glass transportation, our blog is here to provide valuable insights, tips, and knowledge that can elevate your understanding and practices when it comes to glass lifting.
Using a Lifting Gantry
One of the simplest solutions to many glass lifting situations is to use a lifting gantry, particularly in a confined space. The strangth and stability of our lifting gantries will provide you with a safe lift every time.
Vacuum lifters can be hung from a crane, attached to a forklift, to a truck-mounted crane or to an elevated working platform (cherry picker). Several hydraulic functions integrated into the vacuum lifters allow panels to swing up and down, be raised and lowered, twist left and right, or move forward and backward horizontally.
Minicranes & Spider cranes
One of the best options is to use a vacuum lifter attached to a minicrane or spider crane. These minicranes can be used for mounting curtain wall units from the floor above, or for mounting glass in a skylight from the atrium below.
The dimensions of a minicrane when its legs and arm are folded are really minimal, allowing the smallest minicranes to be lifted inside an elevator.
Some special devices can solve typical installation problems. One of them is the presence of overhangs in high level installation works. If a cantilevered slab prevents cranes from lowering their load flush with the envelope, an overhang beam provides an ingenious way of overcoming the problem. An overhang beam for example provides a reach from suspension point to pad extension that allows glazing under overhangs up to a depth of 1,750mm.
We typically hire out the BC250/TMC25 mini spider crane & the larger TMC25 spider crane. These cranes cover most scenarious.
Glass lifting questions:
- Which lifting device do I need for my load?
- How many suction cups are required considering the glass dimensions?
- Is suction lifting really safe?
Depending on the application and the device, the load bearing capacity of a vacuum lifter varies between 250 kg and 1,000 kg. Vacuum lifting devices suitable for construction sites must be battery powered and therefore completely self-sufficient. A safety system inside the device constantly monitors the condition of the vacuum circuit and the batteries. Optical and acoustic warning signals give early indication of deviations from the normal conditions. A reserve vacuum system maintains load bearing capacities even in the event of a loss of power, so that there is enough time to safely deposit the load once an alarm goes off.
Vacuum lifting is often the ideal solution to moving materials – in a number of different scenarios.
Technology has developed rapidly, to the point that vacuum lifters are used regularly in the construction industry, facilities management and in many manufacturing processes.
What are the benefits of using vacuum lifters over other methods and technologies?
- Vacuum lifters reduce the risk of damaging the materials being manipulated. For glass handling, this is especially important
- In relative terms, they also increase productivity. Vacuum lifters can speed up materials handling
- Using vacuum lifting techniques is safer than manual handling and allows materials to be delivered and placed with far greater precision
- Vacuum lifters have developed rapidly and can now lift serious loads, safely and with ease.
What this means is that many of the vacuum lifters supplied by Glass Lifting for hire, can be used to handle glass, and adapted for many other materials.
Take a look t some of our projects
1. The Science of Safe Glass Lifting: Techniques and Tips
Discover the fundamental techniques and safety measures that go into lifting glass panels. From understanding weight distribution to choosing the right lifting equipment, we’ll explore how to ensure safe and damage-free glass handling.
2. Cutting-Edge Technology: The Evolution of Glass Lifting Equipment
Explore the innovation that has revolutionized the glass lifting industry. From vacuum lifters to robotic systems, we’ll take a closer look at how advanced technology is changing the way we lift and move glass materials.
3. Designing with Glass: Architectural Considerations and Challenges
For architects and designers, working with glass presents unique opportunities and challenges. Learn how to incorporate glass effectively into architectural designs while addressing structural concerns and aesthetic goals.
4. Glass Lifting Solutions for Challenging Spaces
In tight spaces and confined environments, lifting and installing glass can be a complex task. Discover creative solutions and expert advice on maneuvering glass materials in challenging spaces without compromising safety.
5. Safety First: Best Practices for Glass Transportation
Safety is paramount in glass transportation. We’ll provide a comprehensive guide to safety protocols, personal protective equipment, and risk mitigation strategies that ensure a secure glass lifting operation.
6. Sustainability in Glass Lifting: Eco-Friendly Practices
Explore how the glass lifting industry is embracing sustainable practices. From eco-friendly packaging solutions to reducing carbon emissions during transportation, learn how you can contribute to a greener future.
7. Success Stories: Glass Lifting Challenges Overcome
Read inspiring real-life stories of glass lifting projects that faced unique challenges and emerged victorious. Discover the strategies, teamwork, and innovative approaches that led to successful outcomes.