How do you cut a beam with a torch
Cost is the main reason. The plasma cutting of steel produces a lot of carcinogenic dust which MUST be collected in a dust extraction filtering system. This, along with the additional cost to fully enclose the machine in order to evacuate dust, raises the price far beyond what the average fabricator will pay for a beam coping system.
Voortman beam coping machines are equipped with rigid, long-lasting torch tips that allow for precise positioning within flanges. The closed loop system also allows for the torch head's release in the case of an unanticipated obstruction such as slag.
The cutting head for the Voortman CNC Beam Coping Machine is a simple and inexpensive oxy-fuel head, and utilizes oxygen and any fuel of your choice, including propane, acetylene, propylene, or natural gas. These gases are very inexpensive and freely available from your welding supplier, and welders familiar with hand torch cutting will be able to set up the flow rates of the Oxy-Fuel just as they are used to doing.
And most importantly, several large fabricators have upgraded from a 3-torch machine to an Voortman. That will tell you everything!
Although we would prefer the machine to remain indoors, many Voortman beam coper installation are outside. However, the machine must be protected from the elements. To see photos from our many outside installations, please feel free to contact me.
The CNC Beam Coping Machine is the most affordable beam coper in the world, and is the result of a strong and productive collaboration with Voortman, the number one manufacturer of structural steel fabricating machinery.
Voortman can improve your beam handling capabilities and help your business reach new heights.
Voortman offers ongoing training courses on all Voortman Ocean equipment at its Bradley Illinois facility. These courses are both for novice and advanced operators. These courses are designed to help employees leave your shop feeling more motivated, skilled and prepared to take on new tasks. For more information and pricing, please contact us.
The ABCM-1250 CNC beam cutter machine has a triple torch design, which allows for simultaneous cutting of two of your flanges. Flange thins are performed simultaneously on the top and bottom sides of both flanges. Additionally, weld prep can be generated concurrently, which helps to reduce operating costs. The ABCM-1250 oxygen-fuel coper eliminates the need to torch probe, allowing for faster near-flange cutting.
The Voortman beam handling machine is simple with few moving parts. It makes it easy to maintain and very economical. Voortman was specifically designed to be used around the globe and uses only components made by major manufacturers. However, many of the parts can be purchased locally. Voortman maintains all parts in stock so that they can be delivered next day to the USA. In many countries, we offer support and local service.
The Voortman beam coping machine is equipped with extended rigid and durable torch tips that enable accurate positioning inside flanges. In addition, the closed loop system allows the torch head to break away in the event that the torch head contacts an unexpected obstruction, such as slag build-up.
Voortman’s 24 hour tech support center can resolve 90% of your support issues. An extensive network of 50+ Voortman personnel is stationed across North and South America.
The ABCM-1250 CNC beam cutting machine features a triple torch design which allows simultaneous cutting of two different flanges. Flange thins on both the top and bottom end of the flanges are done simultaneously. This reduces operating expenses. The ABCM-1250 is an oxy-fuel coper that allows for easier near-flange cuts without lengthy torch probing.
This plasma drilling machine is designed to integrate as many fabrication functions as possible in one machine. The PCR41 produces finished parts at the lowest manufacturing cost. This machine automates all the cutting operations that are commonly performed, as well as structural steel.
To increase your beam's bending capability, you will need to increase the second moment (I) if your beam design is controlled by yielding in bend (not lateral-torsional or plate buckling). This is usually done by attaching additional plates to your beam, often onto the flanges.
Coping, Latin for "coping", is the covering or capping of a wall. A wedge or splayed coping slopes in one direction. A saddle coping slopes to the opposite side of a central highpoint.
Continuous steel beams are made up of multiple beams, which are joined and supported by beams. This creates a strong, but flexible component for large-scale structures. Continuous beams can be used for bridges, multi-story buildings and complex roof structures.
Scroll saw blades are a bit thinner than coping saw blades and have finer teeth. Scroll saws are more suitable for delicate and intricate work. Coping saws, on the other hand, are slightly better for thicker materials that require less delicacy.
In many types of structures, material strength is more important than weight. I-beams, which look like a capital "I", in cross-section, are often used in bridges and buildings. Although it is lighter and heavier than a regular beam, an I-beam is almost as strong and rigid.