Traditional slings still have a place in lifting work, but vacuum lifters can offer clear advantages when handling compatible pipes. This guide explains how vacuum lifting can improve attachment, placement, productivity, and load protection while highlighting the planning and safety requirements that every lifting operation must follow.

Faster Attachment and Fewer Manual Steps

Slinging a pipe usually involves positioning lifting accessories around or beneath the load, checking their arrangement, and ensuring they will remain secure during movement. The process takes planning and requires competent people to select and attach suitable equipment.

Vacuum lifters use purpose-designed suction pads to grip the pipe directly. HSE identifies pipes as one of the materials that vacuum lifting equipment can handle and explains that these devices use suction pads instead of conventional lifting accessories to attach to the load.

This approach can remove several manual steps from routine pipe handling. Some purpose-built systems also use wireless controls, allowing operators to attach and release loads without sending workers close to the pipe to manage hooks, chains, or slings. Manufacturer guidance presents this as a major advantage for reducing the need for ground personnel around the load.

That does not mean the lift becomes automatic or risk-free. It means the attachment process can become more direct when the lifter, suction pad, host machine, and pipe are properly matched.

Better Control During Pipe Placement

Getting a pipe off the ground is only part of the job. Teams also need to move, align, and lower it accurately, particularly during infrastructure, utility, and pipeline work.

Suitable vacuum lifters hold the pipe from above, leaving the operator with a clear, controlled way to guide it into place. Some systems offer full rotation for more precise positioning, which can help when pipes need to be aligned with trenches, supports, or adjoining sections.

This can make the process feel more controlled than working with a suspended pipe supported by flexible slings. Slings can shift with the load, and their angles must be considered carefully during multi-sling lifts. HSE specifically reminds lifting teams to account for sling angles when using multi-legged arrangements.

The best method still depends on the operation. A vacuum system must suit the pipe’s diameter, weight, material, surface, and condition. For example, current purpose-built systems cover pipe outside diameters from approximately 101 mm to 457 mm in certain compact ranges, with capacities extending from around 3 to 6 tonnes depending on the model. Larger systems can handle considerably heavier infrastructure loads.

Less Contact With Coated Pipe

Slings, chains, and hooks can place pressure on specific areas of a pipe. They may also require cribbing or spacers so workers can get the lifting equipment underneath the load.

Purpose-built vacuum lifters grip the pipe through a suction pad selected for its shape and surface. Manufacturers state that this method can help avoid damage to delicate materials and bonded coatings while removing the need for cribbing or spacers in suitable pipe-handling applications.

This can be particularly valuable when the pipe has a protective coating that must remain intact during storage, loading, unloading, or installation. Avoiding unnecessary contact points may reduce the chance of marks or handling damage, although the equipment must still be inspected and used according to its instructions.

Vacuum lifting can also support a tidier work sequence. The operator can approach the pipe from above, establish the grip, complete the lift, and release the load after positioning. That can reduce the amount of handling equipment workers need to place beneath and remove from each pipe.

Better Does Not Mean Suitable for Every Lift

The headline may say vacuum lifters are way better than slinging pipes, but the accurate answer is more specific. They can be better for compatible, repetitive pipe-handling operations where faster attachment, precise placement, reduced ground interaction, and coating protection matter.

Slings remain useful and appropriate for many lifting tasks. The choice must come from a properly planned lifting operation, not a general preference for one method. HSE requires lifting operations to be planned by a competent person, appropriately supervised, and performed safely using equipment with adequate strength and suitable inspection arrangements.

Vacuum equipment is also covered by lifting regulations when used at work. It must be suitable for the task, marked with its safe working load, maintained correctly, and examined at the required intervals. HSE also identifies loss of vacuum or incorrect application as potential causes of falling loads, so operators must understand the equipment’s limits and warning systems.

In other words, vacuum lifters do not remove the need for competent planning. They provide a different—and often more efficient—way to connect the lifting machine to the pipe.

Conclusion

For suitable pipe-handling applications, vacuum lifters can make attachment quicker, positioning more controlled, and handling less disruptive to coated surfaces. They may also reduce the need for workers to place and remove conventional accessories around every load. Explore Multiquip UK’s lifting solutions or contact the team for practical guidance on matching the right equipment to your pipes, host machine, and site conditions.