Beam Processing

Robotic Coping Machines Episodes

All structural steel fabrication machinery including beam coping machines, can be serviced by us. Call us today to set up a service appointment.

We can assure you that the Robotic coping/profiler machine has passed all critical fabrication tests: hardness, surface texture and beam flange access hole quality. It also successfully scaled bolt hole sizing and positioning. We have made available, through our stocking, the Voortman CNC Coping and Profiling machine. It is designed to an extraordinary standard for you, hence its exceptional capacities.

We have created a real-time demo product that shows you how the Voortman v808 robotic thermal cutting machine is the fastest on the market. The Voortman V808 is fast! Watch the video below. This product contains 12 different actions. They are all performed by one machine.

The AKD angle punching, shearing & marking line is the perfect solution if your business plan calls for reducing production time.

Robot Coping Machine Vision

Robot Coping Machine Vision

The PCR41 combines the best of robotics, vision system and plasma torch technology. This design offers you the best value, speed and precision that a robotic plasma cutter can provide.

Voortman TL-1800G3 coping robotic robot is used to speed up the Voortman v808 thermal cutting machine. To accurately measure profile dimensions, the robot's torch nozzle comes equipped with a measuring device. The machine parameters adjust to compensate for the difference in actual and theoretical dimensions. This ensures that you get the best possible product. The coping machine measures only the sides to be cut in order to speed up this process.

Robot Coping Machine Ki

Voortman's team works with you to design the entire layout. It is based on current and expected production characteristics such as product length, product length, process hours, budget, and work week.

VACAM automatically chooses the most efficient route based upon the MSI, customer preferences and available machinery. MSI denotes the end of transportation raw profiles and semifinished products from machine-to-machine. MSI stands for one integrated manufacturing system. Voortman’s proprietary CNC control tool VACAM can be used to track and monitor any profile, product or future planning.

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Robotic Coping Machines Home

Voortman V808 robotic heat cutting machine is supplied with VACAM operating software. This means that all machines communicate the same "language". The V808's versatility makes it incredibly adaptable and can be used to create a completely new layout with cross-transports and roller conveyors or as an independent processing center.

Sliding roller conveyors allow you to complete your profiles from front to back. This allows you to use all material. The minimum infeed/outfeed length is reduced by the sliding roller conveyors to 1.400mm (55inches) in full automation with cross-transports as well as in- and outfeed conveyors.

Robotic Coping Machines Episodes
Robotic Coping Machines 3d Print

FAST PROFILE MESSURINGThe Voortman TL-1800G3 coping and thermal cutting robot is fitted with the Panasonic TL-1800G3 coping system. To accurately measure profile dimensions, the robot's torch nozzle comes with a measuring device. The cutting process compensates any differences between theoretical and actual dimensions to give the best results. The coping robotic measures only the sides that will be used to cut the profile. This saves time.

Gulf States Saw & Machine Co. has been the market leader for 3D pipe profilers for more than 35 years. The RPC 1200 Mk3 is the first robotic beam profiling machine that can accurately cut all types of slots, chamfers, saddles and chamfers. The beam coping machine can profile beams as well as channel, square, and angle bars. We also have the ability to profile pipes, tubes, plates, T-bars, and bulbs. This fulfills a long-standing market need.

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The V808 robot profile processor can cut all types of shapes and lay out marking on all 4 sides. If this profile width is not possible, the VoortmanV807, our latest coping robot, can often be used to process profiles up to 1.050mm (42). Thermally, the V808 robot can handle a variety of thermally-processable cuts including rat holes, seismic structural connections (like slotted Web and "dog bone") cuts, copes at product's beginning and end, block outs and holes in any shape or size, weld preps and marking on all four sides.

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.

Frequently Asked Questions

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.

Avoiding problems is one of the most popular unhealthy coping strategies. ... Too much sleep. ... Excessive use of drugs or alcohol. Impulsive spending. ... Eating too much or not enough.

The H beam's cross section is more robust than that of the I beam. This means it can support a heavier load. The cross section of the H beam, on the other hand, can only bear direct load and tensile. However, it cannot resist twisting due to its narrow cross section. It can only bear force in one direction.

Price of 30 ft lvl beam: The average cost/price of LVL is $3-$12 per linear foot. For 30 ft. lvl beam price, 30x3 = $90, 30x12 = $360. This means that 30 ft. lVL beam, Laminated veneer lumber, or Engineered beam costs between $50 and $200 for materials, or between $90 and $360 for installation.

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.