Manufacturing Technology

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In manufacturing technology, surface treatment serves a purpose that goes far beyond mere aesthetics. Among other things, it affects surface roughness, cleanability, the adhesion of subsequent coatings, friction behavior, and, in many cases, a component’s corrosion resistance. That is precisely why blasting processes should not be viewed in general terms. Two commonly mentioned methods are … Weiterlesen …

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In manufacturing, tool wear often becomes apparent only after quality has already begun to decline or scrap has been produced. That’s exactly where the problem lies. Wear rarely occurs suddenly. It gradually changes processes and therefore goes unnoticed for a long time. At first, the processing runs smoothly. The dimensions are right, the finishes are … Weiterlesen …

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In manufacturing and mechanical engineering, the focus is often first and foremost on maximum precision. Data sheets list the tightest tolerances, the highest precision values, and impressive deviations in the micrometer range. Technically, that’s relevant. In actual operation, however, another characteristic often determines a process’s actual performance: repeatability. Peak precision describes what is technically possible … Weiterlesen …

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In manufacturing, temperature is often assumed to be a constant boundary condition. Machines are running, processes are defined, and materials are known. In practice, however, the environment is rarely stable—and that is precisely what has a direct impact on process reliability. Even slight temperature fluctuations affect materials, machine structures, and lubricants. Materials expand or contract; … Weiterlesen …