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When it comes to your reputation having the best tools to get the job done can go a long way. Global Track Australia is the best place to start gathering the best tools of the trade including overhead cranes. This is a company that is Australian owned and has been serving Melbourne and the surround ding areas for 10 years. Their reputation is impeccable, and client satisfaction is guaranteed.

You can count on getting the very best from this state of the art company. The cranes are very modernised with all of the safety specs and custom features that you need to get a job done well. There are already several overhead cranes in use throughout Melbourne, and the demand only seems to grow. This equipment not only offers magnified safety, but they also offer flexibility.

The overhead cranes offered by Global Track Australia are set up to allow the operator full control of operations. They are easy to use, and pricing can be considered far more than competitive. These modernised overhead cranes do things that the traditional cranes simply cannot. For instance, the chains, gears and smooth reduction gears make them far more flexible.

Global Track is the leader in overhead cranes throughout Australia. The overhead cranes are a very good option in a warehouse or a factory. Trained professionals will install the crane to your specifications to meet your demand seamlessly. Safety is at the hear of everything that Global Track stands for, so you know that you, your company and your employees are in good hands. A modernised overhead cranes will reduce the chances of workplace accidents, increase productivity and back your reputation when it comes to meeting demand.

If you are looking to magnify your output and make your business a safer place to work then consider giving Global Track a call. This is a revolutionary new way to really put yourself a head of the competition and meet your work flow requirements.

What are you waiting on? This is a company that cannot be compared to any other in the areas of service, safety and expertise. A friendly professional will be standing by to answer any questions that you may have and get you on the path to success.

The building blocks of an overhead bridge crane are a blend of modern alloys and state-of-the-arts physics. The alloys support the framework of the crane, combining with a series of tracks to enable an awkward payload to move smoothly to any point within the crane’s coverage area. Load wheels whir into action, establishing a familiar workflow where the bridge crane harnesses three planes of movement. In translating this building block approach into real life values, the system is actually comprised of welded gantry sections and precisely fastened components, mechanical assemblies possessed of the necessary attributes to convey dangerously heavy materials while maintaining a rigorous safety standard.

In an ideal world, the burden of a rated load will always be lifted and delivered without issue. Unfortunately, we live in the real world, a place where parts wear and age. Whether intent on avoiding a slow and dismal breakdown, or in curtailing the possibility of a catastrophic failure, some kind of inspection procedure must be adhered to when operating a bridge crane. The legislation of this inspection requirement, of course, depends on which country the crane is being operated. The OSHA (Occupational Safety and Health Administration) governs this process in the United States, with Australian crane operations complying with the Safe Work Australia policy guide. Note, it’s worth linking across to the Safe Work Australia documentation site to read the information on bridge and gantry crane Working Load Limit (WLL) before going any further, arming yourself and potential crane operators on where to locate the rated load capacity on your crane.

Moving on from matters of legislation, the professional maintenance of an overhead crane should always contain an element of common sense. In other words, focus on the load bearing components, on the parts that will age fastest, following up with a visual inspection of the runway guides to check for the invasive presence of debris and foreign matter. It’s amazing how fast a few small pebbles can bring an expensive crane to a halt if the tracks are obstructed.

• Inspect the condition and integrity of fasteners, clips and bolts
• Evaluate the alignment of the rails (Checking for rail parallelism)
• Analyze the general state of the tracks, evaluating each span for aging and/or damage.
• Carry out the same procedures on the load wheels.

Remember, this is a three-dimensional operation. Carry out scheduled inspections to measure parallelism between runway spans, but shift up this check by also looking to see if the rails are level with respect to the beams or framework they’ve been installed upon. Pay particular attention to load points, areas of stress where the track deviates or turns, and look for stress fractures and broken tie-backs. Finally, expand the inspection procedure to cover crane cradles and cables, finishing the inspection with a comprehensive report and call to action.

Traditional industrial environments are decked out with heavy-duty tools and raw materials that can’t be handled by man. Stainless steel components and awkwardly shaped production parts compete with raw materials in the manufacturing workspace, moving from point A to point B, but it’s the power of lifting mechanisms that shoulder the burden of these massive loads. The overhead crane, commonly referred to as a bridge crane, is the ideal master in this scenario, a pivotal assembly of runways and posts designed to span the gap between the handling of high-capacity loads and the limitations of the human body.

The customized installation of an overhead bridge crane is contingent upon the layout of the factory or warehouse space where the hardware is to be established. The dimensions of the operating area have a knock-on effect, inducing design alterations to everything from the bridge size to the height of the posts that support the hoist as it moves fluidly into every corner of a production environment. Global Track adapts installation to align with these factors, establishing an installation ethic that maximizes workflow. For example, our engineering principles use tried-and-tested research methods to improve crane functionality, a penchant for design that has led to bridge assemblies that can reach 15-meters in length.

Wheeled vehicles lift similar weights but are stranded on the ground and forced to navigate obstacles. Compare this unproductive scenario with a Global Track solution, a tailored framework consisting of vertical runways and reinforced posts that are capable of covering the remotest parts of the factory floor. The 2-tonne capacity assemblies use the latest designs and most durable materials to ensure productivity is matched by reliable operation and an enviable element of safe handling, lifting awkward loads with incredible efficiency. The installation of the product is fast and the engineering parts used in each system are built to support a simple retrofitting methodology.

If we walk the floor of a client’s warehouse and see narrow aisles where many workers are rushing to keep up with company workflow, our instinct is to immediately suggest the installation of an overhead crane system, switching our client from slow-moving manual labour to the benefits of our custom-installed bridge crane system and the stability of our failsafe U-hanger hoist assembly. Global Track customers view our tailored bridge cranes as the backbone of high-tonnage lifting operations, a reputation we uphold through a high standard of cutting-edge system development.

When an operator is in control of every element of a heavy lifting operation, it’s a breeze to manipulate complex machinery and awkward loads. All three planes of axial movement can be managed with singular fluency, moving the focus of the lifting operation with linear efficiency. There are few rules to limit these monstrous assemblies, but one would be the sphere of operation, the range of coverage. Another rule, perhaps the most obvious one, is load capacity.

It’s logical to assume the initial rule is constricted by a rectangular space, one that’s governed by three dimensions of movement, but engineering practices rapidly took this line of thought apart. Modern cranes are on wheels, on pedestals and on the backs of trucks, mobilizing the burdens they carry. Still, there are certain profiles of cranes that stick to the rectangular space. Take a look at the overhead crane, an internalized crane that runs on rails, chains, and oily-smooth reduction gears to run from one end of a warehouse or garage to the other. The traditional overhead crane on a framework of metal stanchions and girders is the constant companion of garage workers and packaging departments. The fixed arrangement is designed to carry small to medium loads to every corner of an open room, and external models do exactly the same task, loading and unloading cargo.

The mobile crane is the next entry to consider. This breed of lifter has taken the construction world by storm. The light to extremely heavy capacity lifting attributes of crane trucks comes from simple flatbed trucks retrofitted with knuckle boom cranes, but the heavier models are dedicated machines, heavy plant vehicles with one cabin for mobilization and a separate cabin used only for controlling the boom. Outriggers stabilize the chassis of the truck during heavy lift operations and remove the wheels a fraction of an inch from the ground. Meanwhile, returning to the low-profile cousins in the crane truck family, articulating arms fold away after low-capacity lifts to streamline the truck.

Let’s finish up with the grandfather of all cranes, the pedestal and tower form. Hundreds of feet tall, tower cranes are frameworks of latticed steel constructed in a mast and jib shape. Driven by multiple motors, these cranes rotate and lift multiple tons of steel and concrete up to the top of the next generation of skyscrapers, the massive engineering projects currently shaping the modern world.