Vacuum Tube Lifting
Ideal for repetitive handling of non-porous, semi-porous or porous loads.
Vacuum Tube Systems are rapidly becoming the system of choice where single operator handling of repetitive or heavy loads is required. Tube Systems are in use at many of the largest US manufacturers, yet their affordable pricing and ergonomic features have made them a practical tool for even the smallest companies. Models are offered to handle loads from 5-lbs (2.3 kg) for non-porous loads, all the way up to 660-lbs (300 kg).
Click Below to see a demonstration video
of our vacuum Tube lifters.
Vacuum tube lifters are being used for packing TV’s, small appliances, computer equipment, and furniture, virtually any item to which a vacuum suction pad can be attached. Palletizing, stacking, loading and unloading bags, sacks, cartons, printed material, buckets, drums, pails and woven goods are characteristic of Vacuum Tube applications. Raw materials can be lifted and lowered into position for weighing, emptying, or mixing ingredients in the food, chemical or pharmaceutical industries. Vacuum Tube lifting systems have also found their place in the manufacturing assembly environments as well as many processing activities such as lifting and placing items into position, and lifting 55-gallon drums and tilting them to dispense their contents.
Since 1983, ASE Systems has offered an extensive line of Anver vacuum lifting systems, including vacuum pumps, vacuum tube lifters, coil lifters, sheet and plate lifters, tilters and rotators. Our friendly sales staff can provide a thorough technical review of your system requirements and help you to select the right vacuum lifter for your needs and budget from our extensive range of standard and specialized vacuum lifting systems. ASE Systems offers high efficiency Anver vacuum pumps specially designed for vacuum tube lifting systems. These quality vacuum pumps are made from tough, high-strength materials for long life and are lightweight and virtually maintenance free. Their highly efficient, state-of-the-art design has made older designs of conventional side-channel vacuum blowers obsolete. Vacuum pumps are available in capacities of up to 480+ cfm flow and 18 in. Hg vacuum. Powered by high quality TEFC motors, they are more energy efficient, require fewer horsepower to operate than competitive models, and are offered in several sizes to match your vacuum lifting requirements. Units can be easily upgraded to larger sizes with adapters in the field. The top swivel mount is made of stainless steel, and features a vacuum-tight totally sealed bearing for full 360-degree rotation and a Power Loss Safety Valve allows the load to slowly lower in case power supply is interrupted. Hundreds of vacuum suction pads are available for custom vacuum pad attachments. Vacuum Tube Lift Systems have the lowest cost-in-use due to low replacement parts pricing and due also to the use of maintenance-free, direct drive vacuum pumps.
Mini Vacuum Tube Lifting Systems
Compact Vacuum Tube Systems for Use in Quick Cycle Time Applications
Features:
- Smaller Control Head Mini Tube Lift Systems have a control head design similar to our standard series of tube lifters but smaller in size, making them lighter and more compact.
- Easy Positioning The control head is easy to position and its near-effortless movement allows for fingertip control by even the most petite operator.
- Simple to Operate The handlebar is easy to grasp with operator controls ergonomically designed for smooth operation. A conical flow valve allows the operator to precisely control the vacuum power, resulting in a much smoother, more user-friendly control than with outdated competitive designs.
- Easier Festooning The Mini Systems use a 1.5 inch diameter supply hose instead of the 2 inch hose used on our standard systems, which makes festooning lighter and less cumbersome.
- Higher Efficiency A VT140 Mini Tube Lift system, supplied with our standard high efficiency direct-drive vacuum pump, can offer the same lifting capacity as a competitive unit equipped with a 160 mm or larger lifting tube supplied with a less efficient belt-drive vacuum pump.
- High Quality Mini VT Systems are manufactured using the highest quality processes and components. The control head, handle, and control knobs are all manufactured using electro-polished heavy gauge stainless steel for corrosion resistance.
- Low Price Mini VT Systems are economically priced and affordable for many of the most common load lifting and stacking operations.
Air Filter:
High capacity air filter provides protection against pump damage. It is mounted behind the front cover which has a view port for routine inspection.
Load Lifting Capacity Ranges:
Mini VT Vacuum Tube Lifting Systems can be configured to handle any load type: porous, semi-porous or non-porous. For porous and semi-porous load handling, we recommend you allow us the opportunity to test your load in order to determine the actual system capacity and capability. ASE Systems offers a no charge testing service in our ergonomics lab to aid you in determining your load’s porosity and to help you choose the appropriate vacuum lift assist system. The lifting capacity ranges shown below should only be used as general guidelines. Actual system capacities are dependent on several factors (load surface porosity, load density, vacuum station, pad attachment, etc.). We offer many combinations of VT Vacuum Tube Lifting systems within each model range. Contact ASE Systems for a free evaluation and recommendation of a system combination that will most economically and safely satisfy your load handling requirements.
Overhead Support:
Work Station Jib Cranes are ideally suited for repetitive lifting & motion activities and are a great substitute for traditional, heavy I-Beam Jib Cranes. These jibs are designed to service circular areas and support lift assist devices such as tool balancers, air balancers, vacuum lifters, and hoists. When floor mounted, they can accommodate up to a 360 degree rotation. Capacities are available from 100 lbs. to 1000 lbs. with spans up to 16 ft. Our test data show that only one pound of force exerted by the operator is necessary to move 125-lbs of suspended load. Wow, now that’s productivity!