201611 · Abstract The efficient processing of innovative materials, the further development of grinding tools and machine concepts as well as an increasing economic and environmental pressure are current challenges in grinding technology. High Performance Grinding processes offer a huge potential to overcome these challenges and increase …
view more202211 · Abstract Because of their many applications, including automotive, aeronautics, optics, and so forth, demand for grinding tools sees unabated growth. But the energy and resource intensive nature of their manufacture leads to questions of sustainability. This paper details how recent developments in basic tool technology …
view moreThis chapter presents several processes of wafer manufacturing. These processes include wafer grinding and edge grinding (or edge rounding) in wafer forming, etching in wafer polishing, and wafer surface cleaning in wafer preparation. Because silicon material is fragile and brittle after shaping into a wafer, one of the main challenges of wafer ...
view more2019214 · With cutting-edge drive and control technol-ogy in addition to high speed machining (HSM), indexable insert grinding with the grinding wheel periphery is possible for the first time. In con-junction with the EWAG ProGrind HSM grinding software, line contact between the indexable insert and the grinding wheel is achieved.
view more2023101 · It offers a range of technical options for building an intelligent and high-precision robot belt grinding system and contributes to the further advancement of surface quality control in blade grinding. Lastly, the paper presents a future outlook on the development of related technologies.
view moreGrinding; Grinding cooling lubricants; Precision machining with geometrically undefined edge Definition This entry gives an overview on the manufacturing technology, grinding, and the use of specialized cooling lubricants in grinding processes. A short outlook regarding future aspects concerning cooling lubricants in grinding is also given.
view more2024620 · Abstract: Aiming at the major demand for high efficiency and high quality machining of complex blades in national strategic fields such as aviation, aerospace, and energy, this paper reviews the recent advances in the robotic grinding technology using industrial robots as actuators. Specifically, studies in key process technologies from the …
view moreFeatures a unified and self-contained presentation about what is known about grinding processes and how this information can be practically applied. Presents more detail on new grain materials, creep feed conventional abrasive wheels, superabrasive (diamond and CBN) materials and wheels, and metal bonded superabrasive electroplated wheels. …
view more200591 · The optimal protuberance of the cutting blades relieves the transition between flank and root by a value equal to the stock allowance on the active flanks. The cutting blades should have an edge radius 0.1 mm smaller than the edge radius of the final grinding wheel profile. They also should cut 0.1 mm below the theoretical grind depth.
view moreOur glass edging machines use advanced grinding technology to process glass edges with extreme precision, ensuring a consistent high-quality edge finish on every glass. We offer a variety of glass edging machines, including glass double edger machines, glass shape edging machines, glass shape beveling machines, etc. designed to meet a wide spectrum …
view moreBased on over 30 years' experiences in design, production and service of crushing and s
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