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Product Guides | 2026-09-25

How to Choose Industrial Equipment for Sheet Metal Handling

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Sheet metal can move through several stages during manufacturing, from storage and preparation to cutting, forming, assembly and final production.

The handling equipment should therefore be selected according to the specific operation rather than simply the material weight.

Step 1: Understand the Workpiece

Start with the basic characteristics of the sheet:

  • Material

  • Length

  • Width

  • Thickness

  • Weight

  • Surface condition

These factors influence which lifting or handling method is practical.

Step 2: Define the Movement

Next, determine what the sheet actually needs to do.

For example, the process may require:

  • Lifting from a pallet

  • Horizontal transfer

  • Vertical positioning

  • Rotation

  • Machine loading

  • Transfer between workstations

Different movements may require different equipment configurations.

Step 3: Select the Handling Method

Several types of equipment may be suitable depending on the application.

Vacuum lifting equipment can be considered for suitable smooth-surface sheets and plates.

Assistive manipulators can provide controlled operator-guided movement.

Jib cranes can provide localized lifting around a workstation.

Loading systems can be used when sheets need to be transferred directly into production machinery.

Step 4: Consider the Production Process

Handling equipment should fit into the existing workflow.

Consider where the material is stored, where it needs to go and how frequently the operation is repeated.

A handling solution that works well for one isolated lifting task may not be suitable for a high-frequency machine-loading process.

Step 5: Consider Installation Space

Available space can influence the equipment structure.

The working area, machine position, ceiling height, supporting structure and operator position should all be considered.

Conclusion

The best sheet metal handling equipment is determined by the complete application.

Material characteristics, load, dimensions, movement, production frequency and installation conditions should be evaluated together before selecting the equipment.


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