Although they may look similar, if you really think about it, they are very different. Beam layout welding is usually heavier than I beams and more dense. This is because the beam layout welding can absorb and take in more force.
The flanges for an H beam have a thicker flange, which is why they are used in applications that require it to support larger and heavier weights. Aside from that, the flanges for I beams have an inclined - this helped in its designation as an "I” beam. H beams, however, have flattened-out, leveled edges.
An exclusive Beam Layout Welding head design can be provided for crane beam producers. Crane beams feature a "C-channel" top flange with short sides that face inwards toward the beam.
Traditional fitting requires a trained fitter to read and comprehend the assembly drawing, draw the measurement tape, and mark it. A laser projector system projects complete and detailed information directly onto the beam. With limited training, an operator can align the connection with projected lines and tack-weld where necessary.
Do you still think that an H beam is the exact same thing as an I beam? You will find out more below. A single piece of plywood is all you need to see the importance of I beams. Place the plywood in a place where both its longitudinal ends can be supported only at the edge.
H Beam layout is more than just one machine. It is comprised of many parts with different functions and features. Beam layout suppliers and manufacturers can use a wide range of materials to make their beams. Most H beam welding equipment are made from different types and grades of steel.
An Automated Structural Steel Beam Welding System enables structural steel fabricators to use a fully automated robotic welding system. It's compact, has complete robotic automation and integrates with the appropriate software. All sizes can now use robotic welding to solve welding production problems.
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.