AKDC

Benefits of vacuum lifting vs. conventional methods

• Eliminates the need for unsafe and time-consuming lifting mechanisms such as hooks, slings or chains

• Less downtime between lifts

• No need for employees to climb on trailers to attach slings or chains

• Can lift material without displacing adjacent pieces

• Creates a powerful positive engagement of the load (hooks, slings and chains can shift or come loose, endangering employees)

• Reduces or eliminates need for tag line operators on the ground

• Vacuum lifting systems are able to go where people should not be

• Eliminates the need for costly cribbing or spacers for pipe or plate

• Visual and audio alarms indicate unsafe lifting environments

​

​

4 principal components

1. Vacuum pump

   • Driven by a self-contained engine or hydraulically powered by the host machine (electric models are also available)

2. Vacuum reservoir and valve

   • Provides vacuum in the event of a power failure

3. Vacuum pad(s)

   • Pipe, flat and specialty pads available

   • Easily interchangeable to lift different materials

4. Visible and audible vacuum alerts

​

How vacuum lifting works

• The vacuum pump maintains a constant vacuum in the pressure reservoir

• When activated, the system pulls a vacuum between the pad and object to be lifted, providing a powerful positive seal

• Pad seal is used on the vacuum pad to cover the material to be lifted and create the necessary suction

• Vacuum seal holds until operator activates the release (even in the event of a power failure)

• Patent pending Tough Seal™ is formulated to withstand rugged jobsite conditions and extreme temperatures

  • Enhanced UV protection reduces damaging effects of sunlight

  • 360° seamless outer skin resists abrasions and repels destructive oils and moisture

  • Engineered for temperatures up to 215°F and as low as -40°F

• Operated by electronic wireless remote control transmitter with matched receiver

• Multiple lifters can work side by side without interference