How thick is metal coping
Voortman CNC Beam coping machine's cutting heads are simple and economical oxy fuel heads. They use oxygen and any fuel that you like, such as propylene, acetylene, and natural gas. These gases are extremely inexpensive and easily available from your welding dealer. Welders that are familiar with torch cutting techniques will be able adjust the flow rate of the Oxy fuel just as they are used.
Voortman inside service technicians often don’t need to be at your machine to solve a problem you may have. A common internet connection is all that is needed for the Voortman technician to operate your control as if he was standing with you at the machine. The Powerful Windows® based Siemens control used on Voortman equipment allows for this capability, and provides superior diagnostics via Windows® based platform.
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.
This plasma drilling machine can be used to perform as many functions as possible. The PCR41 can produce fully finished parts at low manufacturing costs. This machine automates all traditional cutting operations as well structural steel.
The Voortman comes equipped with a 12-month parts or labor warranty. The factory service technicians will fix your Voortman Beam Coping Machine in no time.
Gulf States Saw & Machine Co. is confident that its Robotic Coping and Profiling technology is unmatched in the industry. This plasma technology system can be used to cut through a wide range metal profiles.
AFD CNC Flange and Plate Drilling Machine can drill from 6 to 80mm, 1/4" to 3-1/8", within its own work area. Material is fixed to the table using hydraulic clamping jaws by driving it on balls. Material is positioned to the desired coordinates for drilling/marking/tapping by CNC program and then operation starts.
Voortman creates machines just for Gulf States Saw & Machine Co., to meet our high standards. Voortman focuses more on the larger fabricators. Gulf States Saw & Machine Co. focuses specifically on the medium to small fabricator. Voortman has been constructing machines for Gulf States Saw & Machine Co. more than ten years. Gulf States Saw & Machine Co. holds Voortman’s largest customer globally.
“.. in the two and a half years we have had an Voortman, the efficiency and quality of the preparation procedures for our product has been drastically increased. Coping and weld prep of the past was very time consuming. Manually laying out and burning left a lot to be desired. With the Liberator, the burns are much cleaner, reducing grind time dramatically. The Liberator is a compact machine that delivers big results. All in all, Ocean has provided an opportunity to save time and energy, which equals out to saving money and our customers get a quality product.”
"..the Liberator saves us time for cutting the beam, but we also save time by fitting 2 pieces together so precisely that no trimming or additional work are required. We don't need to fill in any gaps with welding. We are able to save both time and money on the welding of the structure. It is also priceless to have the Liberator do my job for me.
The basic unit is a semi-automatic, oxy-fuel coping machine. The operator positions the workpiece, finetunes it, starts the cut and adjusts the torch height while cutting. (There is an automated option for a laser to auto probe and set the torch height.) The basic unit comes with powered conveyors where the operator manually measures and marks the X length on the feed stock prior to cutting. (There is also an optional automated measuring system via Laser measuring of the feed stock.) The interface allows the operator to input material type to be cut. The operator scrolls through a list of options via pictorial representations on the computer touch screen. The computer is programmed with all the AISC structural steel dimensions. A fully dimensioned cope drawing is displayed simplifying programing, saving time and minimizing operator input error. The operator can override and customize the input as needed, and it can be stored as a new program, if desired. The machine can also be pre-programmed from the office through DSTV exported drawings. There is a wireless remote control that the operator uses to start, stop and operate the equipment. This allows the Operator to freely walk around viewing from any angle needed to verify operations and maintain accuracy. The operator makes his mark on the material, moves the material into position, and hydraulically clamps the material to be cut into place. The operator lines the laser to the mark and begins the cycle. The torch ignites, pre-heating the material. The operator manually initiates the cutting process and finishes the cut as he maintains the proper torch height.
A CNC beam-coping machine with one torch is a 5-axis machine which uses just one torch to perform all the coping. One torch cuts a beam by cutting at the web first, and then moves on to the blades. It moves sequentially from the web to each of the flanges. The 5-axis torch allows you to perform complex tasks in a virtually unlimited number of positions and directions. The 5-axis torch is capable of performing double miter/bevel cutting on both web and flange - something that multi-torch system are unable do.
Voortman Clipper CNC Angle Line, Voortman CNC Beam Drill Line, and Voortman Clipper CNC Angle Line made it possible to automate beams and angles at a reasonable cost for the small-tomedium fabricator. Now the Voortman Liberty allows automated beam handling in shops that wouldn't otherwise be able to afford it.
AutoCAD can be used to export flat 2-D pieces to plate-processing machines. It is not able to export files for 3-D shapes such as angles, beams, channels, etc. AutoCAD can export both DWG and DXF files, which is perfect for plates.
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.
Commonly, a coping saw can be used to cut appropriate designs for joining two surfaces. This tiny hand tool can make precise cuts to create inside joints that are professional-quality.
Cladding is usually made up of thin slabs of about 3cm thickness with a front finish and placed on the walls. Copings come in different thicknesses and are located at the top of walls.
Fixed connections, pinned and roller connections are the most popular types of support in beams and structures that connect to their foundation. You can see any of these supports at any point along the length of a structural component.
Coping Saw Coping Saws are handsaws that can cut extremely tight curves in thin stock like trim molding. They can be used to cut outside (from the edge), on stock up to two or three inches thick.