Steel & metals - Import export

Equipped with advanced CNC machinery, including lathes, mills, plasma cutters, rollers, and welders, we have the capabilities to manufacture a wide range of precision metal parts to your exact specifications. With a production capacity of 3000 tons per year, we're well-equipped to handle orders of any scale.

Equipped with advanced CNC machinery, including lathes, mills, plasma cutters, rollers, and welders, we have the capabilities to manufacture a wide range of precision metal parts to your exact specifications. With a production capacity of 3000 tons per year, we're well-equipped to handle orders of any scale.

Robotic systems assist in such applications thanks to their particularly enabling features. Typical grinding applications include a closed robotic cell to avoid particle dispersion in the surrounding area. A head-bearing robot is located inside as well as various other grinding machines. The robot picks the piece from the feeding area, drives it with precision through all processing stages and places it at the discharge area before it starts all over again by picking the next piece. Depending on the product, a suction system is put in place to keep the robotic cell clean. Robotic grinding is the only option for all related industries since production time is greatly decreased, maximum degree of safety is achieved and, most significantly, it offers flawless quality and consistency to end products. Only companies using robotic systems stand out from the competition, as they can produce optimum products at the lowest possible production cost.

Press-braking is also a popular application for robotic arms. By automating rolling procedures, we attain consistency of end products and provide safety to our work force since many accidents at work have occurred during this application. An important role is played by the gripper, which is mounted on the robot's extremity (flange) and takes on holding the sheets throughout forming. Holding is implemented with under-pressure (vacuum) by means of cup or magnets when sheets have large holes on them. Grippers require special design in order to handle application-specific sheets and not cause problems to the press-brake or the robot during operation.

Cutting is a process that demands extreme precision. In particular when it comes to a 3D cut, extreme flexibility is required apart from precision. Robotic arms provide such flexibility since they move no matter what their tool’s orientation is. A cutting tool is mounted on their fixture (LASER, PLASMA, WATERJET, ROUTER etc) and the robot follows the cutting path and delivers remarkable results. For easy cutting robot programming, there is dedicated software which generates automatically the robot's source code once the 3D sketch including cutting points is entered. Moreover, the robot may be equipped with various sensors in order to keep the proper distance while cutting, as well as to identify differences between an existing piece and the sketch and to calculate the optimum solution based on tolerances.

As per robotic applications for welding, there are specific welding machines (MIG/MAG, TIG) that feature real-time machine-robot communication. The robot may change its parameters or select one of the machine’s preset programs. There are also the automatic wire feeder located on the robot for its proper feeding, the welding pincer and the automatic pincer cleaner that guarantees consistent welding quality even after many hours of operation. One additional component used is a shock sensor, which ensures that the robot will stop in case of collision. Another feature of these robots is that they can control the welding pathway by means of special sensors. Robots may also manipulate external axes and expand their work envelope, and thus facilitate welding in difficult parts of pieces. Also, by means of a positioner, the system acquires increased flexibility and registers huge increase in productivity.