Quality
AutoCAD is an architectural software that can export flat 2-D parts to plate processing machines. The only problem is its inability to export files for 3D shapes, such as beams, channels, angles, and so on. AutoCAD can export DWG files as well as DXF files. This is great for plates.
Our office hours are 8am to 5pm Eastern Time. We are intimately familiar with all aspects of the machine and we welcome your technical support calls at any time during our business hours.
The basic unit comprises a semiautomatic, oxyfuel-fuel coping system. The operator positions the piece, fine tunes it, cuts the material, and adjusts the torch height. A laser can be used to automatically set the torch height and probe the material. The basic unit also comes with powered conveyors. These allow the operator the ability to manually measure the length of the feedstock and mark it before cutting. There is an optional automated measuring device that uses laser to measure the feed stock. The operator can input the material to be cut through the interface. Operator scrolls through a number of options via pictorial representations displayed on the computer touch screen. The computer is programmed to display all the dimensions of AISC structural Steel. A fully dimensioned, dimensional cope drawing is available to facilitate programming and save time. Operators have the option to override or customize input and they can save it as a new programming program, if required. DSTV exported diagrams can also be used to program the machine. The wireless remote control allows the operator to turn on, off and operate the equipment. The operator can freely view the equipment at any angle that is necessary to verify operation and maintain accuracy. The operator marks the material, then moves it to a suitable position. Finally, he clamps the material hydraulically so that it can be cut. The operator aligns his laser to the mark and starts the cycle. The torch turns on, preheating and heating the material. The operator initiates the process of cutting and finishes it as long the torch height is maintained.
We always train your operator how to run the machine using Peddimat as you are often going to have the situation where a customer arrives with a couple of pieces of steel that need holes or layout marks and you want to be able to produce them quickly without bothering your detailing staff who might be busy on a larger job.
Another problem is that the flame can blow back when cutting thicker parts, even with light-wide-flange beams. This can cause damage to the plasma head.
Many large fabricators upgraded from a 3 ton machine to a Voortman. It will tell all.
Another drawback is that when cutting thicker areas of a part, even on light wide-flange beams, for instance the radius at the intersection of the web and the flange, it is typical for the flame to blow back, and this can and cause damage to the plasma head.
The PCR41 is an innovative design that combines robotics, vision systems and plasma torch technology to bring you the best combination of value, speed, precision, and 4-face operation to cutting structural steel that a robotic plasma cutter can offer.
The basic unit consists of a semi-automatic, oxygen-fuel coping device. Operator positions the workpiece, adjusts the torch height, and fine tunes it. There is also an automated option that allows the laser to probe the area and set its torch height automatically. The basic unit is equipped with powered conveyors. This allows the operator to measure and mark the feedstock's X length before it can be cut. An optional automated measuring system can be added via Laser measurement of the feed stock. The operator can input the type of material to be cut using the interface. The computer touch screen displays a list of choices that the operator can scroll through. The computer has all dimensions for the AISC structural metal. It is possible to program the computer with a fully dimensioned handle drawing. This simplifies the process and reduces errors. The operator can customize and override any input and save it as a new programme, if necessary. The machine can be programmed remotely using DSTV exported drawing. Operators can control the equipment using a wireless remote. This allows the operator to view from any angle necessary to inspect operations and keep accuracy. The operator places his mark on the material, moves it into place, clamps hydraulically the material to be cut, and then checks for accuracy. The laser is aligned by the operator, and the cycle starts. The torch lights, preheating the material. The operator initiates the cutting process by hand and completes the job as long as the torch height remains constant.
Voortman Technical Support Office can be reached 24 hours a days and is available to answer any questions you may have, no matter how complex or simple.
The Voortman will cut the copes in your steel beams faster than your layout man can even layout the copes. In the same way that the Voortman CNC Beam Drill Line and the Gulf States Saw & Machine Co. CNC Angle Line brought affordable automation of beams and angles to the small-to-medium fabricator, the Voortman similarly brings automated beam coping into shops that otherwise could never have considered it.
A 5-axis CNC beam coping machine with a single torch is a machine that only uses one torch for all the coping. The single torch will begin cutting the web, then move to the flanges. The torch moves in a sequence from each flange to the web. The 5-axis torch can move in almost any direction and position, making it possible to complete even the most complicated of tasks. The 5-axis torch can make double miter/bevel cuts in both the flange or web. This is something multi-torch systems cannot do.
Multiple axis positioning enables top and/or bottom flanges are cut simultaneously. The pivoting torch can be used for flange shaping in preparation for welding.
While we always prefer that the machine is installed indoors, we do in fact have several Voortman beam coper installations outside. However suitable weather protection must be provided to the control panel and the machine itself. Please feel free to contact us to see photos from many of our outside installations.
Steel is stronger than wood pound for pound. It's amazing to see how engineered wood beams have evolved over the past 40-years.
There are several types of beam structures Continuous beams. Continuous beams are those that have two or more supports to reinforce the beam. ... Simply supported beams Simply supported beams have support at one end and both ends. ... Fixed beams ... Overhanging beams. ... Cantilever beam.
Install the coping saw blade with the teeth facing the handle. The coping saw cuts on the pull stroke, unlike a hacksaw which has the teeth facing away from the handle.
A coping saw, a type of bow-saw used to cut intricate exterior shapes and interior cuts in woodworking or carpentry, is referred to as a 'combo saw'. It is used for cutting moldings that create mitre or cope joints.
Preheat the I-beam using the torch flame. To start cutting, grab the torch trigger and hold it. Holding the torch trigger, point it at the outer edge to cut along the line. You can stop if necessary and then continue where you left off.