+1 (844) 430-0510 Info@GRABO.com

The Right Sheet Metal Vacuum Lifting Equipment

The Right Sheet Metal Vacuum Lifting Equipment
The Importance of sheet metal vacuum lifting equipment cannot be over-emphasized in the metal machining industry. Vacuum lifting equipment is regularly used in many manufacturing sectors to lift up and handle materials/components with a flat or smooth surface. Vacuum lifting tools utilize suction pads (in the typical lifting accessories) to meet and raise loads. Although sheet metal action in the metal machining trade is the typical operation, it's also really complicated in the vast majority of cases. Therefore, several employees have frequently been required to load cutting or perhaps punching machines, ensuring that sheet metal is delivered precisely and rapidly to the machining location. Huge, flimsy sheets in specific have proved challenging to take care of because of their excellent intrinsic stability. However, sheet metal is ideal for handling vacuum lifting gear because of its exact dimensions and soft, non-slip surfaces. Vacuum technology quickly does metallic sheet handling as well as the lifting of metal plates. For magnetic and non-magnetic plates, the vacuum provides unique advantages as compared to other lifting methods, like clamps and magnets. All vessels have an airtight surface.
Reasons for Using Sheet Metal Vacuum Lifting Equipment 
Non-magnetic plates, such as aluminum, copper, and stainless steel, are mostly lifted with chains or even clamps.
Vacuum handling offers unique advantages:
• No harm to the plate
• No spacers or stoppers required for storage
• Easy and fast handling by a push on the button
• Less workforce
• Safer work setting
Often, magnetic plates, just like metal plates, are lifted with magnets.

However, the vacuum does offer sort of some unique benefits for lifting magnetic plates:
•        Perfect control on the scale to handle
•        No residual magnetism
•        Increase lifting capacity due to low-weight lifter (no heavy-duty backup power necessary)
•        Less maintenance
•        Energy-saving- (3kW to lift 10 tons and 5kW to lift 20 tons).
•        Free of magnetic interferences and other environmental influences (think of ships compasses and gyros)
•        Boost operation of sheet metal handling or lifting steel plates

Based on the situation, the entire lifting process by vacuum could is done by one individual, the operator. In less than 2 seconds, the vacuum is created. Afterward, the plate can be lifted, rotated, turned, or even moved to any preferred location. The stuff is formed into coils, iron plates, or maybe sheet metals, prepared for shipping. Lifting is done under temperatures that are high and also involve extreme heavy loads. The most significant vacuum lifter in the world is lifting plates to eighty-five tons. Vacuum plate lifter handles the hefty steel plates of the windmill towers from semi-finished product to the end product.
The metal coils, steel plates, or sheet metals are used as semi-finished products in metal cutting and processing mills. Here the material is processed into a new semi-finished product or an end product. Think of:
•        Pipes Walls Aircraft wings
•        Steel construction profiles
The vacuum lifters of Aerolift for plate handling offer optimal support for all types of storage, intern transport, and material handling. In addition to manually controlled vacuum lifters, Aerolift manufactures thoroughly automated systems also. More secure work environment All our lifters comply with essentially the most stringent safety standards. The operator is going to check out the vacuum amount constantly during operation. Furthermore, just about all Aerolift vacuum lifters are engineered and built to make sure that it takes a minimum of several minutes for the vacuum pressure to lower half on the occasion of a technical failure. This leaves adequate time for taking measures to reduce the load quickly to floor level or support the pack in any other way. How to select the Right sheet metal vacuum lifting equipment Lifters are developed in a modular way. Standard components are chosen to fit your application; what this means is a lifter to complement almost any software could be immediately built.
Processes To Select the Correct Sheet Metal Vacuum Lifting Equipment
•        Determine the dimensions of the content to be lifted
•        Determine the bare minimum as well as maximum dimensions as well as the maximum mass of the load. The minimum, as well as maximum thickness, are crucial.
•        Determine the amount of allowable load overhang. Overhang (L) and spacing between pads (2L) are based on the minimum material thickness. The thinnest material to be lifted has the most significant deflection and should always be considered when determining the allowable overhang.
•        Determine the amount of pads Lengthwise
Talking about the ideal table, figure out the least amount of pads necessary for the optimum load measurements, rounding up to the following highest number. For example, if the maximum length is 120 inches and the recommended spacing between pads is 60 inches, use a lifter with a minimum of two cups (120/60=2).
•        Determine the minimum number of lifting pads required for the maximum load length by dividing the full load length by 2L and rounding up to the highest number.
•        Determine the number of pad rows
•        Determine the minimum number of lifting pads required for the maximum load width by dividing the full load width by the 2L number from the table and rounding it up to the highest number. For example, a load width of 72 inches with a recommended spacing between pads of 60 inches (72/60=1.2: rounded up to 2) requires a minimum of two places along the load's width.
Establish the beam measurements- The beam measurements are estimated by subtracting 2L from the optimum load measurements and adding six inches. For instance, with a maximum of 120 in with a 2L of sixty inches, the least beam length will be sixty-six inches (120 60+6). If this's not a regular length, choose the following most extendedstandard beam length.
•        Determine the Required Length of Crossarms Subtract 2L from the maximum load width and add 6 inches. If this's not a regular length, choose the following most extendedstandard crossarm length.
Selecting Vacuum Lifting Pad Size and Style
•        Think about the following points when choosing the proper vacuum pads:
•        The maximum mass to be lifted The number of places (calculated as defined above)
•        The lifting surface and porosity of the load
•        Ensure you go through the manufacturer's instructions of any sheet metal vacuum lifting equipment before getting one.

sheet metal vacuum lifting equipment
The Right Sheet Metal Vacuum Lifting Equipment