Examples of using Laser cladding in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
Other laser cladding and PTA welding applications.
There is a solution for this problem: Laser cladding.
Laser cladding with the modular welding optics.
Finally, the technical principle corresponds to laser cladding.
Shaping laser cladding of worn tools.
Research& Technology 3D printing with wire perfects laser cladding.
Laser cladding has been around for almost 30 years.
As the worlds largest steel manufacturer, Tata Steel depends on laser cladding.
Laser cladding- maximum precision and minimum distortion.
The MetcoClad System increases our existing capacities in Laser Cladding services.
Laser cladding is particularly suitable for applications demanding a high dimensional accuracy.
Oerlikon strengthens its market access and service offering with the acquisition of Laser Cladding ServicesTM.
Thanks to this progress, laser cladding is becoming a serious competitor to established coating procedures.
The first bolt-on acquisition was completed in 2015-with the purchase of the business of Laser Cladding Services LLC.
Another more and more important application of laser cladding is the repairing of tools, dies and machinery parts.
This year the topics included new products, practical applications,simulation processes and laser cladding.
Materials for laser cladding, plasma transferred arc(PTA) and hardfacing, using conventional welding processes.
Combinations of several cells, which might be employed for laser cladding or laser heat treating, are also readily configured.
Laser cladding generates coatings with lifetime sometimes even longer than the durability of galvanic coatings.
Whoever is not succumbed to the allure of the forbidden andis open to alternatives should therefore think about using laser cladding.
So be sure to expect casting, laser cladding, vacuum forming, additive manufacturing, and 3D scanning to be on the agenda.
Oerlikon continues the strategic development of its surface solutions services business andfurther expands its laser cladding technology expertise through the acquisition of Laser Cladding Services.
Laser cladding is used for the modification and repair of critical components that are exposed to highly abrasive and corrosive environments.
High quality components can be repaired via laser cladding in a cost-effective way by cladding a comparable alloy onto the worn out location.
Therefore laser cladding is suitable for all kinds of damaged and new components in which a minimum of distortion and a maximum of high precision is demanded.
The surface technologies such as Thermal Spray, Thin Film,Plasma heat treatment and Laser Cladding improve the performance and increase efficiency and reliability.
In comparison with laser cladding, PTA provides a stronger connection with the raw material and typically thicker layers are applied.
The CoaxPrinter processing head presents a solution for laser cladding that, for the very first time, facilitates multidirectional processing of the additional filler material, wire.
As fast direct manufacturing laser cladding technology advanced and great prospects for development, countries around the world related to the major research institutions have invested a lot of manpower and funding in-depth study.
Since the start of the 21st century, laser cladding has become established as a highly effective process for modifying and repairing injection molds and dies.