OAO Ivatsevichdrev - Siempelkamp
OAO Ivatsevichdrev - Siempelkamp
OAO Ivatsevichdrev - Siempelkamp
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<strong>Siempelkamp</strong> Machine Factory<br />
• <strong>Siempelkamp</strong> production facility at Krefeld location<br />
• Operating as independent company under the name<br />
siempelkamp Maschinenfabrik GmbH since January 2012<br />
• 470 employees<br />
• 480,000 production hours<br />
• Unique feature: machining of very large workpieces (up to 450 t)<br />
• Services:<br />
– Flame cutting<br />
– Welding<br />
– straightening<br />
– Machining<br />
– Deep hole drilling<br />
– Hydraulics assembly<br />
– Pipeline construction<br />
– Painting<br />
– Final assembly<br />
The factory hall with the other cranes<br />
SIeMpelkAMp | MACHIneRy AnD PLAnts / nUCLeAR teCHnoLoGy<br />
Preparations are under way<br />
in the same hall in which both double-<br />
girder bridge cranes are used.<br />
the most important among all large-scale<br />
machines is the vertical lathe and milling<br />
machine which was designed and built for<br />
siempelkamp by schiess GmbH in Aschersleben.<br />
this large machining center is one<br />
of the most extraordinary of the past<br />
decades: the Vertimaster VMe 10 singlecolumn<br />
machine machines mill heads,<br />
grinding plates, and grinding tables as<br />
well as components for the wind power<br />
industry. Component parts with weights<br />
of up to 400 t (441 Us tons) and heights<br />
of up to 6 m (20 ft) can fit on the faceplate,<br />
which can be extended with the<br />
help of beams mounted to the faceplate in<br />
a star-shaped arrangement, thus resulting<br />
in a machining diameter of up to 16 m<br />
(52 ft).<br />
the production capacity in Krefeld was<br />
expanded by 3,000 m² in order to accommodate<br />
the vertical lathe and milling<br />
machine. A third double-girder bridge<br />
crane became urgently necessary. “With<br />
the new crane we are able to operate the<br />
turning lathe, and thus minimize expensive<br />
waiting periods for a crane. the parallel<br />
setting up of large parts results in a clear<br />
efficiency increase during production,”<br />
describes Michael Kubbe.