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Robotic Coping Machines Do

In steel fabrication and other manufacturing processes, steel beams, tubes, and pipes often must undergo coping so that they fit properly within an assembly. Oftentimes, these assemblies must fit together odd-shaped components and irregular angles, such as handrails, car bumpers, and racecar roll cages. Coping enables all parts to fit perfectly into their setting, regardless of shape or size.

Robotic Coping or Profiling is equivalent to an optimized fabrication procedure that has been designed to ease the lives of metalwork makers and fabricators. The system can operate various processes such as beam drill lines, angles lines, hydraulic punches and band saws. This is an easy way to transform your fabrication processes into a hundred.

Manual setups and layouts require highly skilled and experienced fabricators. Partnering with less skilled fabricators could result in expensive errors and inferior quality that end up costing more to redo than working with a CNC coping provider directly.

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.

Robotic Coping Machine For Cleaning

Robotic Coping Machine For Cleaning

The PCR42 robotic laser cutting machine performs beam coping.

Gulf States Saw & Machine Co. is the market leader 3D pipe profilers for over 35+ years. They were the first to offer a robot beam profiling machine capable of cutting all saddles, chamfers or slots: the RPC 1200 Mk3. We have fulfilled a long-standing customer demand by creating a beam-coping machine that profiles beams, channel, square tubes and angle bars as well as pipes, plates, t-bars and bulbs.

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The Robotic Coping/Profiling system is an equivalent of an automated fabrication process. It can handle the following processes: beam drill lines, angle lines, hydraulic punches and ironworkers. This is just one way to make your fabrication processes more efficient.

Based on the production on hand, customer preferences and the available machinery in the MSI-line, VACAM automatically decides the optimal route to reach the highest efficiency. MSI designates the end of transporting raw profiles and semi-finished products from machine to machine. MSI stands for one integrated production system. You can track and monitor every profile, product and future planning in real time by using VACAM, Voortman’s proprietary CNC control software installed on every machine.

2 Robots

Robotic Coping Machine Shops

AFD CNC Flange and Plate Drilling Machines are capable of drilling from 6 to 80 mm to 1/4" to 3-1/8" thickness in its own work area. Material is driven onto the table with balls, and then fixed with hydraulic clamping Jaws. Material is positioned to the desired coordinates for drilling/marking/tapping by CNC program and then operation starts.

FICEP's RAZ sets the record for the highest level ever of productivity on a standalone thermal cutting machine

Robotic Coping Machine Filling

Voortman’s Xtensive Hole Performance maximizes holes and inner contours using high-definition laser cutting. The result is similar to a laser. Voortman modified Hypertherm(r), True Hole,(tm), to meet this standard. Xtensive holes performance can be used on small-to medium-sized slot holes, and square inner contours.

CNC coping utilizes a CNC machine that can perform the entire process of steel coping in just a few simple steps. The CNC machine is an automated option to manual coping. It can transfer all necessary engineering data and prepare the beams within a single step.

Robotic Coping Machines Do
2 Robots

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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.

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.

Frequently Asked Questions

Units will adhere better if they are pre-wetted and mixed with a slightly wetter mortar. Step 4: The coping should be approximately 2 inches (50mm) high and slope at a slope of 2% from the pool.

What are some examples of coping strategies you might use? Avoidance, seeking support, drug and/or alcohol abuse, journaling and procrastination are all examples of coping strategies.

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.

Lightweight coping saws have a thin blade that is ideal for cutting intricate shapes and curves. Although coping saws can be easy to use, they can be intimidating.

To remove more wood from the back, angle the coping saw 30 degrees. Pro tip: Trimmings that have been cut with coping cuts can often leave thin, pointed tips. To prevent them from splintering, support the tips with your finger while you file, cut, or sand. Pro tip: Keep your eyes on the outside of the line.