Laser Generation on a Hybrid Blank. The optimal distribution of a volume body in hybrid-blank and laser-generated volume is implemented on CAD on the ...
technology sources allows the same optimum treat-ment angle of both methods and therefore a simplified automation. This arrangement is efficient and flexible for complex geometries for applications on metallic surfaces (aluminum, steel, etc.) which a
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of 30% contribution to world energy supply from renewable energy sources by year 2020 as proposed in [2]. The main problems with the use of renewable energies have always been how to tap efficiently on the sources and produce sufficient energy for th
RESEARCH ARTICLE Open Access A hybrid next generation transcript ... or homeolog-specific in large transcript datasets are required. We illustrate one potential approach in this study. Results: We used 454-pyrosequencing sequencing to generate ~760,0
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Ultrahigh-speed hybrid laser for silicon photonic integrated chips Il-Sug Chung*, ... and a high-index-contrast grating ... vertical-to-lateral coupler
for the sheet metal, progressive die, ... 2D design technology.: ... many hours of calculation and much less accuracy
in microwave technology. Milestone vision is to help chemists by providing the most technologically advanced instrumentation for research and quality control. Our products offer a wide range of applications, such as microwave acid digestion, solvent
Laser Generation on a Hybrid Blank The optimal distribution of a volume body in hybrid-blank and laser-generated volume is implemented on CAD on the basis of the 3D data provided by the customer. In the following example, the procedure is represented in detail. The volume of the original part in the base area is very simply producible conventionally. For this reason, a solution for cost optimization is decided on in discussion with the customer. In this case, the solution is a hybrid version. The customer therefore provides a conventionally manufactured blank and thus saves, in this example, approx. 50% of the production costs for his optimally-cooled, contourclose tool.
As can be seen here, the cutting plane is selected maximally far up. It is very important that both parts consist of identical material. In this way differences in the thermal expansion coefficient are avoided and thus the occurrence of stresses within the tool. In case of non-suitable material pairing, stress cracks can result in case of large component parts, due to the very uniform grain texture of 1.2709.
In the section model displayed here, the finished overall structure is clear. The transition area from blank to laser-generated structure can only be identified with the nonprocessed scope due to the uniform, laser-generated grain texture.
La serB ea rb eitu n g sC en ter G m b H Laser processing in new dimension
