160 Ton Overhead Crane Project for a Heavy Steel Workshop
A 160 ton overhead crane project starts with a simple question: where will the load actually move every day? Capacity matters, but it is only one part of the decision. In a heavy steel workshop, the crane also has to fit the runway, clear the building structure and leave enough access for later inspection.

Project Background
This workshop needed a heavy duty lifting system for large steel parts and assembled components. The practical choice was a double girder overhead crane because the load weight, span and duty cycle called for a stronger bridge structure and a stable trolley arrangement.
Before the crane is useful on site, small details need to be settled: hook approach at both ends, rail level, power supply route, maintenance platform position and whether the operator can see the load clearly from the working area.

What We Checked on Site
- The runway beam and rail line had to match the crane span without forcing adjustment at installation.
- Hook coverage was checked against real loading positions, not only against the building drawing.
- Electrical access, limit switches and maintenance clearances were reviewed before daily operation.
- For buyers comparing heavy lifting options, the double girder overhead crane with winch page is a useful related reference.

Buyer Takeaway
For a crane at this capacity, a low price on the equipment list can become expensive if the runway, lifting route or maintenance access is ignored. When planning a similar project, send the span, lifting height, travel length, load type and workshop photos through the contact page so the engineering team can check the real constraints first.

More installed crane photos can also be reviewed in the project gallery.