Titlebook: Initiatives of Precision Engineering at the Beginning of a Millennium; 10th International C Ichiro Inasaki Book 2002 Springer Science+Busin

Orchiectomy

Machining of Precision Parts and Microstructureson of microstructured surfaces and precision parts..An overview of recent micromachining processes will be considered. The thought will be given also to examples of applications, the selection of materials, machine tools, as well as handling- and mounting techniques.

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Coining of Thin Plates to Produce Micro Channel Structures been used to produce rib type channel structures with 0.4 mm width of the ribs as well as of the channels. The remaining thickness at the channels is about 0.3 – 0.6 mm, depending on the initial sheet thickness. The experimental results are compared to finite element simulations.

轻推

Manufacture of Aspherical Fresnel Lens with Ideal Cross-sectional Profile with Oxygen-free Copper an0 μm on an oxygen-free copper and an acrylic resin plate. The result showed an ideal lens groove with the surface roughness of 8 nm(P-V). The accurate focus of 100 mm was also confirmed by the optical assessment with a manufactured acrylic fresnel lens.

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Pituitary-Gland

High-speed Cutting-fundamentals and Machine Tool Development is presented. It is designed to meet the special requirements in high speed and precision cutting and now under construction at the IFW. Linear direct drives will be used in all axis in this machine. In one of the three axis a magnetic levitation guide will be used.

Ballad

Dry Cutting of Stainless Steel Using Indexable Inserts Having Self-heat Absorbing Capabilityting method using this cutting tool is proposed. As a result of cutting experiments using stainless-steel workpieces, in the case of the proposed dry cutting method using this insert, the tool life can be improved to more than twofold that in the case of the dry cutting using a conventional tool.

发芽

Book 2002t aims to integrate broad aspects ofprecision and production engineering to cope with rapid changes inmarket needs and technological developments as we enter the 21stcentury. It addresses basic theory, extensive research in advancedtopics, industrial applications, and relevant surveys in relatedfiel

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Three-dimensional Micro-forming Process of Thin Film Metallic Glass in the Supercooled Liquid Regionture. Moreover TFMG soften in a certain temperature range called the supercooled liquid region, which makes it easily be formed into three-dimensional shapes. In this paper, new three-dimensional microforming process of TFMG in the supercooled liquid region and its application for micro actuator are reported.