India
Manufacturer/ Producer
‘ARSUN’ UR Series of Portable Radial Drill with Universal Drill Head is most suitable for drilling operations on heavy and sizeable components which require quick and efficient preparations in terms of capacity as well as accuracy. These machines are designed to offer rigidity, precision and flexibility to drill at any angular direction. The drill head swivels on 2 planes - 90º Up & 90º Down, and its 360º rotational movement makes possible the drilling operation at any angular direction. The model UR 50 is having 50-mm drilling capacity in steel. Its various movements – i.e. arm up/down, arm traverse, drill head swiveling (90º up/down), drill head 360º rotation, sleeve lock/unlock, column traverse – all these movements are motorized, which offers fatigue free easy location while drilling. It has wide range of 15-speeds and 6-power feeds makes the machine suitable for drilling, tapping and reaming operations within its full working range and various positions of arm and drill head.
Manufacturer/ Producer
56/1
Vithalwadi Industrial Estate
364001 Bhavnagar - India
France
At its 4 CN machining centres STEEC drills and taps holes of very small dimensions down to diameters of a few tenths of microns. STEEC carries out micro-drilling work on conventional machining centres. STEEC is able to machine parts in small and medium series or units parts that may have several tens of thousands of holes per parts. The company has acquired know-how and expertise recognized by multiple audits by major contractors in this technology. These audits have also led to special prestigious certifications. This technical solution may be applied in all industrial sectors, from aerospace to the medical sector, also including research or the automotive industry.
Request for a quoteFrance
This modern machining technology offers a host of advantages over more conventional processes. STEEC makes available to its customers its know-how in micro drilling by spark erosion. The principle of this machining process is the same as for wire spark erosion, except that the tool used for cutting is no longer a wire but an electrode shaped according to the precision machining require. The part and the tool (electrode) are not therefore in contact with each other, in fact it is an electric arc formed between the electrode and the part that will machine the latter. This is also called sparking. The part must be necessarily be conducting to be able to be machined by this method and it is prerequisite for using this method. This absence of contact between the tool and the part makes it possible to machine very hard materials such as titanium for example.
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