Torch
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.
With our top-of the line coping and profile robot, all of your 3D profiling and coping is easier. These Robotic Coping and Profile beams are reliable and can be used for cutting slots, chamlers, or saddles.
Robotic Coping and Profiling can make your fabrication process more efficient. This system has been specifically designed for metalwork and fabricators. It is able to work with angle lines, beam drilllines, hydraulic punches, ironworkers as well as band saws, band saws, and coping machines. This is a great way to improve your fabrication processes by taking them from zero to one hundred.
Voortman’s Xtensive Hole Performance optimizes hole and inner contours by high-definition, plasma cutting. This produces laser-like cutting results. Voortman has further optimized Hypertherm (r) True HoleTM specifically for V808 motors to achieve this standard. Xtensive Hole Performance is used to make small-to–medium slot holes as well as square inner contours.
FICEP's RAZ is the best stand-alone thermocutting robot, achieving the highest productivity level.
Gulf States Saw & Machine Co. offers the assurance of robotic profiling and coping that are unmatched in the industry. Our high definition plasma technology system, capable of cutting through a wide array of metal profiles, not just structural steel but also other metal pieces, is able to do so with our high quality plasma technology system.
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.
We take pride in making fabrication tasks as seamless and efficient as possible. Therefore, this Robotic coping/profiler beam can handle all types of angles bars, channels and square tubes. Because it is an efficient tooling platform, our Coping/Profiling Robots offer endless possibilities in terms of how they can be used to cut your pipes and profiles. These outputs are H, I and T beams as well as U and L channel respectively.
Our VACAM software has been developed in house and is known for its superior performance in automatic material handling and buffer managing. Active buffer management protects the priority position for first profile in line while buffering subsequent profiles. Continuously shifting profiles towards the datumline allows for new profiles to load onto the handling system. This is because the datumline is always supplied material. This dramatically increases productivity and efficiency. Machines are no longer inactive while they wait for the next profile, or production batch.
Mac-Tech offers a wide range of machines for the metal fabrication industry, including beam drilling and robotic plasma cutters. Some of our structural steel cutting machines or CNC beam drilling machinery may do more than the PCR41 and PCR42, but you can be sure that each piece of steel fabrication machinery we list here will satisfy your structural beam coping, drilling, and other needs.
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Because we are particular about making fabrication tasks seamless and efficient, we have here this Robotic coping and profiling beam that is designed to process angle bars, channels, square tubes, but als pipes, T Bars, plates and bulbs as well. With any of our Coping and profiling Robot, the possibilities of functions on your profiles/pipe cuts are truly limitless as it is an efficient tooling system unmatched in terms of the quality of its outputs. These outputs can be H, I and T beams, U and L channels respectively.
Manual coping involves taking every step by hand. This includes reading the drawings and measuring the dimensions. Manual coping is labor-intensive. It requires extensive grinding and chipping to achieve desired results. You run the risk of making mistakes regarding angles, dimensions, finishes, misalignment, or inconsistencies. These inefficiencies lead to higher operational costs, and decreased profits.
Our VACAM software, which we developed ourselves, is known for its outstanding performance in buffer management and material handling. Active buffer management guarantees a priority position in the line for the first profile while buffering all subsequent profiles. Profiles can be moved towards the datum to allow for new profiles to be loaded onto the system. This increases productivity and efficiency significantly, as machines no longer wait in idle mode to produce the next profile.
This is the point where the pool structure meets its surrounding deck. The coping is typically installed in a 12-inch radius around the pool's perimeter and the spa.
As can be seen, shear stresses change quadratically with distance y1 from neutral axis. The neutral axis is the point where shear stress is maximal. It is also zero at the beam's top and bottom surfaces.
Miters do all the cutting. The hardest part of mitering is measuring accurately and cutting the molding to the right length. Handsaws are perfect for precise cuts and special techniques.
The beams are structural elements that move loads from the slab to columns. Transfer beams are used to transfer load from one load-bearing wall into another. They are usually horizontal members. A beam's purpose is to support walls and avoid concrete slab loading.
Coping is a process that allows a beam to fit into other parts of a framework.