The flux recovery system allows you to recover and dispense welding flux. Seam Welder Hydraulic Power Units (also known as Electric Controls) drive the conveyors at entry and exit.
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.
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.
The Conveyor System allows continuous beam production by connecting the Beam Layout Weldings, Tacking Fixture, and Automatic Welder. The Conveyors can be found at the entrance and exit to Seam Welder's Tacking Fitture, Automatic Welder, or Seam Welder. They are hydraulically controlled. The control stations at each station determine the direction, speed, and movement of adjacent conveyors.
The Beam Layout Welding can be customized to fit the needs of civil and oil & gas construction. The Beam Layout Welding has component clamping as well as rotation via the headstock/tailstock. Beam Layout Welding uses a linear axis, X,Y and Z with laser seam tracking devices. The integrated control system with motor drives makes the machine fully automated.
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.
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.
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.