Plasma Coping

F & P Robotics

FUTURE EXPANSION? The VoortmanV808 is the ideal foundation for future expansion capabilities. Voortman machines including the V808 use the standard VACAM control system, which allows them to communicate the same language. You can combine the V808 with other Voortman equipment to create a fully integrated and automated production system. Also known as Multi System Integration, it is possible to add more capacity as you grow your company.

The RAZ by FICEP is the most productive stand-alone thermal cutting robot ever created.

In order to integrate the machine with a fully automated MSI beamline, full-automatic profile transportation is available. Our/The VACAM Software controls the sensored liftables and drag-dogs which transport profiles onto and out of the outfeed roll conveyor. Select products will be automatically produced from the trading lengths. Cross-transports allow the machine's ability to handle multiple profiles.

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.

Robotic Coping Machine Advantages

Robotic Coping Machine Advantages

The Voortman team will design the layout with you based on your production characteristics. This includes product length, type of profiles and number of processes.

Steel beams, pipes, and tubes must often be coping when they are used in steel fabrication. These assemblies have to be able to fit together parts with irregular shapes and angles, such handrails or car bumpers. Coping makes it possible for all parts, regardless their shape or size, to fit together perfectly in their surroundings.

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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.

To prevent material from slipping, hardened hydraulic jaws are equipped with a piston. AFD Flange and Plate Drilling Machine can drill, tab, turn, mill, mark with scribing and mark using dot. (optional).

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Robotic Coping Machines Zurich

CNC coping is a process that uses a CNC machine to perform the entire steel coping process in just a few steps. Manufacturers can transmit all engineering data to CNC machines and prepare the beams in one procedure, which is an automated alternative for manual coping.

CUTS ALL SHAPES AND LAYOUTS MARKING ON ALL 4 SIDES. The V808 robotic profil processor is capable to process nearly every shape in profile widths of up to 1.250 mm (50") The Voortman, our latest coping machine, often handles profiles with widths of up to 1.250 mm (50") in production. There are many thermally possible cuts that the V808's robot is capable of processing: rat holes and seismic structural connections (like slottedweb and "dogbone" cuts), copes at either end of a product, blockouts, holes in all shapes and sizes, weld preparations, marking on each side, and blocks outs.

F & P Robotics
Robotic Coping Machines On The Market

VACAM automatically determines the most efficient route to maximize efficiency by taking into account the production levels, customer preferences, and the MSI-line's available machinery. MSI stands for the end of transporting semi-finished or raw products from machine to machine. MSI stands as one integrated production platform. Voortman's proprietary CNC control program VACAM allows you to track and monitor each profile, product, or future planning in real-time. It is installed on every machine.

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.

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Voortman sets up safety measures after a machine is installed or a production line. These safety measures include light curtains, emergency cords, and emergency stop buttons. Voortman made it a priority to provide a safe production line and not stop production if an operator has to enter the safe zone. By using gated light curtains that allow loading and unloading of machines while they continue processing, and by providing remote controls with a kill switch so operators can perform tasks within the safety zone, this is possible.

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.

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.

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.

Weiten identified four types of coping strategies. They are: problem-focused (adaptive cognitive), appraisal-focused (adaptive behavioral), emotion focused (emotion-focused) and occupation-focused. Billings and Moos also added avoidance coping to the list of emotion-focused coping.

1- T beams have a greater second moment inertia than ordinary beams. This means they are more resistant to bending.

A box beam made from aluminum or acrylics will last longer than an I-Beam. It is stronger and more solid in construction.