Metal Brakes

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All types of shapes and layout markings on all four sides can be done by the V808 robotic profile processor. It is capable of producing profiles up to 1.250mm (50") wide. Our Voortman V807 robot can handle profiles up to 1.050mm (42") if this width is not required. The V808 can thermally process rat holes, slotted web and "dogbone" cuts, copes at the beginning or end of products, block outs, holes of all sizes and shapes, weld preparations, marking on all four sides, and many other types of cuts.

Automated marking can save time and money in your workshop assembly area. The V808 can mark all four sides and even the underside of the profile. While marking only three sides is possible, employees need to manually measure the fourth side. Voortman's V808 can handle all sides. This will allow you to save time and money in the assembly area.

CUTS ALL KINDS OF SHAPES AND LAYOUT MARKING ON ALL 4 SIDESThe V808 robotic profile processor is capable of processing nearly any kind of shape that needs to be produced in profile widths up to 1.250 mm (50"). When this profile width is not common in your production, our newest coping robot, the Voortman V807 often suffices for processing profile widths up to 1.050 mm (42"). Rat holes, seismic structural design connections (like slotted web and “dog bone” cuts), copes at the start or end of a product, block outs, holes in every size and shape, weld preparations and marking on all 4 sides are just some examples of possible cuts the V808’s robot can process thermally.

Each machine is equipped by our custom-developed VACAM control program. All machines have the same "look & feel", which drastically reduces learning curve. VACAM's platform is open and allows for easy exchange of production data with third-party ERPs and MRP programs. This provides you with up-to-date information about the progress of your project. VACAM shows you the flow of your processes and workflows. You can also instantly analyse imported products. The software automatically finds the best solution to any known problems. This allows you to produce without interruption, which increases efficiency and runs faster.

Robotic Coping Machine Guarding

Robotic Coping Machine Guarding

Hardened hydraulic jaws with piston helps to fix material to prevent faults. AFD Flange and Plate Drilling Machine is able to drill, tab, mill, mark with scribing and mark with dot.(optional).

We take pride in making fabrication tasks as seamless and efficient as possible. Therefore, this Robotic coping/profiler beam is available. It can be used to cut angle bars and channels, square tubes, as well pipes, T bars and plates. Because it is an efficient tooling platform, our Coping/Profiling Robot is unmatched in its ability to perform many functions on your profile/pipe cuts. These outputs are H, I, T beams and U channels respectively.

Robotic Coping Machines 90s

MSI is also called Multi System Integration. It allows you to automate all aspects of your production process by connecting cross transports to roller conveyors, product buffers to material sensors, and roller conveyors to each other. MSI automatically distributes all data to the integrated machines within your production system.

The V808 comes with an 8-axis robotic cutting cutter that is agile enough to process all profiles up to the maximum width. Voortman has placed two additional axes in addition to the six that are provided by the Panasonic robot. This gives the machine a wider reach and allows it to place itself beneath the raw materials. Voortman has programmed the robot to ensure it is always in the most stable position. This helps improve cutting quality.

Robotic Coping Machines 90s

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We also provide service for all structural steel fabrication machinery. Contact us to schedule a service date today.

The V808 does it all! Robotic plasma processing provides fabricators with unbeatable cost savings over other options for drilling, milling. sawing. punching. shearing. All of these operations can be combined in one machine, saving you the cost of buying multiple machines for different functions.

Robot Coping Machine Xbox

THE V808 DOES IT ALL!With greater versatility comes greater economic advantages. Robotic plasma processing offers fabricators hard-to-beat cost savings over separate solutions for drilling, milling, sawing, punching, shearing and marking. Combining all of these processes in one machine saves you the financial investment of needing multiple machines with individual functions.

Coping is the best application process. The robotic plasma processor can be as close as possible to being an "all-in one" solution. A robot and a plasma unit can handle all kinds of processing, including rat holes and seismic structural connections like jayallan and "dogbone" cuts.

Robotic Coping Machines 90s

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We offer service for all types of structural steel fabrication machinery. Get in touch with us to arrange a service time.

Automated marking saves time and cost in the assembly area of your workshop, and the V808 can automatically mark all four sides of the profile with its ability to completely reach all sides of the material, even the underside. When marking only three sides, assembly employees still need to perform manual measurements on the fourth side of the profile. The Voortman V808 can handle all four sides which will save time and costs in the assembly area of your workshop.

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Frequently Asked Questions

Steel is stronger than wood pound for pound. It's amazing to see how engineered wood beams have evolved over the past 40-years.

Your coping should be visible enough to make tricks easier but not too much that it blocks your flow. We found that drilling the coping into a parallel-running 2x4 support directly behind it was the best way to fasten it.

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.

Manufacturers limit beam lengths to 60 feet due to transport issues. Others can make beams up to 80 feet long. The longest supported span using LVL is 80 feet. It is normal for continuous LVL spans to be between 20'-30'.

Douglas fir is perhaps the strongest of all wood beams. Although there may be a stronger wood, I don't know of any. Lumber mills today make beams in the same way as plywood. To make extremely strong structural engineered timbers, they use layers of solid wood that have been glued together.