Examples of using Complex components in English and their translations into German
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Computer
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Political
Production of large-area and complex components.
Processing complex components in the high-voltage range.
No teach-in, even for complex components.
Complex components can now be measured with a new evaluation strategy.
For profiling and pocketing of complex components.
People also translate
For manufacturing complex components according to drawings we have 8 machining centres available.
Axis machine MAKA for the manufacturing of complex components.
It can be used to produce highly complex components from series-production plastics.
Vertical machining centers from EMAG for manufacturing complex components.
Because the system does not need any complex components like a server, the maintenance is very simple.
Due to the high melt flowindex it is possible to produce bigger and complex components.
And these highly complex components must be produced in their millions- quickly and at the greatest precision.
Because accurate fixtures are thekey to quality when laser welding complex components.
When it comes to implementing complex components and systems Dockweiler is your manufacturing specialist.
ZOLLERN offers particular expertise andexperience when it comes to casting demanding alloys and complex components.
It can scan complex components with changing geometries and perform high-resolution thickness mapping.
Dockweiler is your manufacturing specialist when you are implementing complex components and systems.
Especially light, complex components are perfectly suited for AM- and in turbines, there are plenty of light, complex parts.
The reason for this is that with this productionmethod it is possible to manufacture especially complex components- which are also particularly light.
We even manufacture complex components along with small, long, thin and delicate parts with high precision according to customer drawings.
Meanwhile it is becomingincreasingly important to develop a test solution for complex components, that customers can integrate into their systems.
Complex components requiring punching, forming, tapping, marking and laser cutting can be processed with a single manufacturing system.
On the other extreme, if your company is a manufacturer of complex components, the average sales cycle might reach months or years.
For the routing of complex components such as UFBGA with pitch 0.5mm or even 0.4mm, adapted HDI technologies are necessary and possible.
Today, 3D printing is mainly used in fieldswhere customised and often highly complex components are needed in small quantities.
During the development, complex components were avoided and the sieving capacity was optimized to the maximum while at the same time minimizing the wear.
Even complex components such as hydraulic blocks, cylinder heads or pump housings can be optimally processed, due to the multi-axle features of deburring-cells by gKteso.
The technology enables people to shape individual, complex components in short amount of time and without any expensive machines or long transport routes.
We produce complex components made of steel, aluminum and stainless steel using state-of-the-art progressive and transfer technologies and innovative production processes.
From the complex components manufactured by us, as well as the additional components that we have to purchase, we assemble high-quality mechatronic assembly groups as well as finished products for you.