A solid, industrial lathe designed for turning heavy elements. Some of the features include a customised to the user interface for easy input of machining cycles (e.g. boring, threading) as well as electronic knobs for manual turning.
This lathe saves the actions of its operator and automatically converts them into G-code. Afterwards, the operator can press the playback button in order to achieve an identical copy of the workpiece. This cuts the amount of time required to configure the CNC lathe in half, and increases efficiency by 62%. Standard CNC lathe functions extended by the capabilities of a conventional lathe. Manual feed of the X/Z axes via 2 electronic knobs with a semi-automatic transition achieved by defining individual cycles.
brutto €42,142.10
This lathe saves the actions of its operator and automatically converts them into G-code. Afterwards, the operator can press the playback button in order to achieve an identical copy of the workpiece. Manual feed of the X/Z axes via 2 electronic knobs allows for a similar to conventional-lathe turning.
brutto €33,092.82
An automated machine replacing both conventional and CNC lathes. Thanks to the usage of the simple and intuitive interface of the SINUMERIK 808D control system from the German SIEMENS company this lathe is very easy-to-use.
brutto €31,921.40
A fusion of conventional and CNC lathes. By default the machine is equipped with 2 electronic knobs for a conventional turning and functions of saving previous actions. We provide machine setup, operator training and CAD/CAD software.
This lathe saves the actions of its operator and automatically converts them into G-code. Afterwards, the operator can press the playback button in order to achieve an identical copy of the workpiece. This cuts the amount of time required to configure the CNC lathe in half, and increases efficiency by 62%. Standard CNC lathe functions extended by the capabilities of a conventional lathe. Manual feed of the X/Z axes via 2 electronic knobs with a semi-automatic transition achieved by defining individual cycles.
