Improving Safety with Professional Glass Lifters
The glass industry is of ancient origins, and many things have changed in the manufacturing and maintenance of glass. With the steady increase in industrial innovations, there’s been a great transformation in the handling of glass. Glass is a fragile material, and moving it requires much care. The continuous modernization of conventional procedures has made it a lot easier for people to lift and handle glass.
One of the main devices that have provided a safer means of lifting glass is the professional glass lifters. This equipment offers a safer means of moving glass during installation, laying-up phases, and also in production lines.
The introduction of professional glass lifters is one of the best innovations in the glass industry. Rotating and tilting glass during construction seemed rather difficult before now, but the story has changed. Glass lifters provide a safer and more practical means of handling glass sheets.
Today, most of the available glass lifter devices operate with vacuum, and they are powered by compressed air or electric vacuum pumps. The glass lifters are usually attached to a truck-mounted crane, a forklift, an elevated working platform, or hung from a crane. One of the main features of these lifters is that they have different hydraulic functions. That is to ensure that the panels can move in different directions with ease.
Components of the Glass Lifters
As highlighted earlier, a vast majority of these glass lifters function with vacuum, irrespective of how it is powered. To better understand these devices and how they can safely improve glass handling, you’ll need to understand their different components.
Here are the main components of these devices:
Vacuum Circuit and Frame
Most of the available lifters comprise an electro-welded steel frame with a central hook for easy connection to other components. The lifters also have suction cups and vacuum circuits that are usually installed on the board. These components all work together to improve operational safety.
The main features of the vacuum circuits include:
• A retention valve which is the main anti-drop feature
• Vacuum generator which is usually compressed air or electric pump
• Safety tank for vacuum reserves
• Distribution circuit that transports vacuum to the suction plates
• A second valve that makes it easier to hold and release different materials
• Vacuum gauge with a graduated scale that helps in monitoring the level of vacuum
• An alarm system to signal low vacuum levels and other safety conditions.
The component that aids movement and maneuverability is the handle, and every glass lifter has these features. It acts as a support system, especially for control panels responsible for movements.
Type of Suction Plates
There are many suction plates available, and they are often chosen with respect to the type of surface and materials. For example, when the suction cup is standard glass, it will be best for the suction plat to be within an oil-resistant vulcanized rubber. It is important to note that the suction plates are also available in different shapes. That includes square, oval, rectangular, and circular shapes.
Suction plates with resistance to higher temperatures can be installed with different stains, slip-resistant, and shore hardness. They can also be placed in sponge rubber or vulcanized rubber for surfaces that are irregular.
These suction plates also have low emission protective caps to protect the rubber during warehousing or transport. Depending on your lifting needs, the suction cups are available in different sizes and numbers. Most of the glass lifters have between two to sixteen suction plates, and they can swing anything between 200 to 2000 kg with ease.
One amazing thing about these glass lifters is that their functions can be customized for indoor use like in laboratories and other industries or outdoor use like glass glazing.
Why are vacuum lifters the most preferred professional glass lifters compared to other available technologies?
Of all the currently available methods and technologies for lifting glass, vacuum lifters remain the most preferred option for many reasons.
Here are the most common reasons why they are preferred:
• The technology has rapidly developed with an increased efficiency that allows it to offer unmatched ease and safety when lifting serious loads.
• Vacuum lifters will increase productivity and speed when handling materials.
• When it comes to reducing damage risks when manipulating materials, they are the best. Handling glass with them will give you peace of mind.
• Unlike manual handling methods, vacuum lifters offer greater precision when delivering or placing materials in different places.
Versatility is also another reason why glass lifters are used in addition to improved safety. No matter the size and shape of the glass you want to move, you can rest assured that vacuum lifters will do the job. These devices will eliminate the need for several hook-lifting attachments.
Constructions nowadays have a larger proportion of glass compared to bricks because of the benefits it offers. For example, increased light transmission without distortions and many more. Glass remains one of the world’s most fragile materials today. That is why much care is needed when handling glass.
Fortunately, times have changed, and with professional glass lifters, you can now do the job easily. Also, these lifters offer improved safety and versatility. We believe this article has provided all the information you need about these glass lifters, the benefits they offer, and the individual components that make them effective.
Improving Safety With Professional Glass Lifters
Improving Safety with Professional Glass Lifters