The crane beam manufacturer can avail a special Beam Layout Welding heads design. The top flange in crane beams is a channel called a "C", with the short sides pointing inwards at the beam.
The tacking fixture is used for assembly of the beam before the Main Welder. The web and the flanges are taken from the seam welder or flange storage racks, and then transported to the tacking fixture. The conveyors can be loaded manually or automatically by an operator using PHI's Flange-loading Gantry.
If it is still in this position, you can stand at the plywood's middle. It might be impossible to do so, as it may break. To give it extra strength and support, place a single piece of Styrofoam underneath the plywood, and another piece below that.
We sell machine tools, robotics systems, and other fabrication equipment. But we also offer education to ensure our customers remain competitive in a global market. You will be able to stay ahead of the curve with our seminars, factory tours and other programs as a client.
Beam Layout Welding software can be downloaded remotely via a networked PC. The program also contains a data logger that keeps a log of machine operations for a day. This option allows the production of beams up to 84 inches in size, instead of the 72 inch standard. The system can be modified to support larger web sizes.
In addition to selling machine tools, robotic systems and other fabrication equipment, we’re committed to education in order to help our customers stay competitive in a global marketplace. New trends are constantly coming out in manufacturing technology, and with the seminars, factory tours, and other programs we offer you as a client, you won’t have any trouble staying ahead of the pack.
An average Beam Layout Welding System has 18 conveyor sections. Six of these sections are motorized and drive the rollers using sprockets or chains. Ten motorized sections are connected by chains to the adjacent motorized sections. Two of them are inactive.
A welded beam consists of three individual sections of steel – a web, a top flange and a bottom flange. These segments are merged together with deep fillet welds to create an incredibly robust building material.