5 Axis Robots

Robotics Coping Machines Instructions

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.

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.

Robotics Coping Machines Instructions
X Robotics Pizza

X Robotics Pizza

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.

VACAM allows your operators to have a simple and intuitive interface. This will allow for consistent and efficient production. VACAM's main feature is its clear separation of production, work preparation, and manual operation activities. The required data and functions are readily available for each mode, allowing you to carry out tasks in the correct environment. VACAM Control software, which is known for its visual representation of your entire production process, is a well-known industry tool. VACAM software gives you an easy overview of the entire process, including production status. It also allows for instant access to online assistance, if necessary.

Robotic Coping Machines Video

Highly skilled and knowledgeable fabricators are needed to set up and maintain manual layouts. If you partner with less skilled fabricators, it could lead to costly mistakes and inferior quality which can end up costing you more to fix than if you work with a CNC provider.

Your operators can quickly create products and improve the quality of their products with the integrated VACAD Editor. It is simple to use and has straightforward functionality. After a few days of training with Voortman, operators will be able fully to use the VACAD Editor or VACAM.

Robotic Coping Machines Video

Beam I

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.

Voortman V808

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 Video

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Weld Prep

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.

Frequently Asked Questions

Continuous: A beam that extends over more than two supports. Cantilever: A beam that projects from one end and is fixed at the other. The support on the opposite end of the beam is not needed. We will examine some classic beam loading examples. This simple beam has two supports and a centre load.

The blade is very thin so it works well with the pull. The steel frame's spring tension keeps the blade in place. This rigidity allows for the blade to move on both the upward and downward strokes, but it is only when the blade actually cuts that the blade cuts.

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.

To prevent rainwater entering the structure below, copings and caps are used to cover the tops of freestanding walls and parapets made from masonry. You can make them from either profiled metal like lead, aluminium or zinc or special bricks and masonry.

A coping, an architectural construction that is placed on top of a wall then runs down its sides, encasing bricks and providing weather protection, is called a coping. A capping is a covering that sits on top of the wall, with its edges aligned to the wall's width.