Three-axis gantry milling machine with fixed table, vibration cutter and camera

This is the top model of 9000W series. The machine combines a classical gantry milling machine with a camera system, a vibration cutter and a high-speed spindle. The machine achieves top parameters in machining non-metallic materials and non-ferrous metals for example for promotional production.

The basic size of the table is 2.5 x 1.3 m, it is a construction with a fixed portal and a sliding table. Thanks to the chosen construction, the machine excels in great rigidity, which brings the possibility of using more powerful drive components. The control system of the Syntec 6MA machine can be replaced by a system from the German manufacturer Siemens, namely Sinumeric 808D. As standard, a Hiteco spindle with 9.5 kW is mounted here, if the spindle power is not sufficient, we offer an alternative in the form of an HSD spindle with 12 kW, of course, the tool is changed to 4, 8 or 12 positions. To clamp the material, a sector vacuum table can be used in combination with t-slots around the perimeter of the table.

The machine combines a classic portal construction with a camera system, a vibrating knife and a high-speed spindle. The machine achieves top parameters in the machining of non-metallic materials, eg with the use for the production of advertising.

Frequent use of the milling machine is also for cutting from boards - in this case, the milling machine is equipped with an oscillating knife (saw) instead of a milling cutter (drill). Oscillating knives are ideal for PVC boards, oscillating knives, cartons, carpet or thicker textiles. The advantage is that no sawdust is formed and the work is significantly faster than when using a cutter.

To simplify and make production more precise, it is also possible to use cameras for reading cut / trim marks. This system is used to precisely approach the zero points and set the material in the software for precise cutting of predetermined objects - simply, the camera will make sure that the machine starts machining from the right place and there is no error due to placing the board in an inaccurate position.