Vacuum Tube Lifters Jumbo

Move Goods Weighing up to 300 kg Quickly and Easily

Cardboard boxes, bags, barrels, wooden boards and a variety of other applications – the vacuum tube lifter Jumbo tackles big jobs in the shortest amount of time. The intuitive operation allows you to move loads quickly, precisely and always ergonomically. It is the ideal aid for machine loading, for shipping and picking areas and for many other lifting applications.

Application

Fast and frequent lifting and moving of workpieces of up to 300 kg
Handling workpieces such as cardboard boxes, bags, barrels, buckets and jugs in internal logistics processes
Loading and unloading of CNC machining centers
Increased productivity through reduced handling and loading times
Safe and damage-free gripping with vacuum
Minimization of downtime due to illness
Increase in employee motivation
Handling by only a single person

The lifting unit, operating unit, vacuum grippers and vacuum generator on the vacuum tube lifter Jumbo can be configured according to customer specifications. The Jumbo is characterized by its lifting unit, which contracts and extends when lifting and lowering the load. The large effective suction area confers a safe holding of the workpiece. Schmalz also offers a comprehensive range of accessories and a complete system with a highly responsive aluminum crane upon request.

JumboFlex, JumboErgo and JumboSprint as well as JumboFlex High-Stack and Jumbo Low-Stack differ in the form and function of their operator handles and are conceived in each case for specific applications.

 

(1) Lifting unit

(2) Operating unit

(3) Vacuum gripper

(4) Supply hose

(5) Vacuum Generator with accessories

(6) Crane

 

Type Max. lift capacity (horizontal)
  20 kg 35 kg 45 kg 50 kg 65 kg 80 kg 85 kg 110 kg 140 kg 200 kg 300 kg
JumboFlex X X X X              
JumboFlex High-Stack X X X X              
Jumbo Low-Stack X X X X X X          
JumboErgo / JumboSprint X X X X X X X X X X X

 

Products

Handling Systems in Action
See our handling systems in real processes.