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金刚石定位排布技术的研发进展与趋势

Development Progress and Trends of Diamond Positioning and Layout Technology

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【作者】 罗晓丽刘一波王照

【Author】 LUO Xiaoli;LIU Yibo;WANG Zhao;Beijing Gangyan Diamond Products Company;Advanced Technology & Materials Co., Ltd;

【机构】 北京安泰钢研超硬材料制品有限责任公司安泰科技股份有限公司

【摘要】 金刚石定位排布技术作为突破传统金刚石工具性能瓶颈的关键路径,目前其技术产品已经成为全球高端金刚石工具市场的主流产品。本文介绍了该技术在国内外金刚石工具厂商的发展现状、应用场景和应用范围,系统梳理了模板法、点胶法、模具压制法、静电排布法、微孔(针孔)吸附法等定位排布技术的核心原理,分析了当前技术在定位精度、生产效率、金刚石布入率及成本控制方面的挑战,同时分析了定位排列装备的关键技术。随着先进材料难加工、精加工领域的转型升级,以及制造成本的逐步降低,相关行业技术向着专业化、精细化、智能化方向发展,金刚石定位排列工具的需求也会大幅上升。推动该技术的规模化工业应用,多技术融合、智能化控制开发,以及与国产高端装备协同创新,将成为该技术演进的核心趋势。

【Abstract】 Diamond positioning and arrangement technology, as a key path to breaking through the performance bottleneck of traditional diamond tools, has become the mainstream product in the global high-end diamond tool market. This article introduces the development status, application scenarios, and scope of this technology in diamond tool manufacturers at home and abroad. It systematically sorts out the core principles of positioning and arrangement technologies such as template method, dispensing method, mold pressing method, electrostatic arrangement method, and micro hole(pinhole) adsorption method. It analyzes the challenges of current technology in positioning accuracy, production efficiency, diamond deployment rate, and cost control, and also analyzes the key technologies of positioning and arrangement equipment. With the transformation and upgrading of advanced materials that are difficult to process and precision machining, as well as the gradual reduction of manufacturing costs, related industry technologies are developing towards specialization, refinement, and intelligence. The demand for diamond positioning and alignment tools will also increase significantly. Promoting the large-scale industrial application of this technology, the integration of multiple technologies, the development of intelligent control, and collaborative innovation with domestic high-end equipment will become the core trend of the evolution of this technology.

  • 【文献出处】 超硬材料工程 ,Superhard Material Engineering , 编辑部邮箱 ,2026年03期
  • 【分类号】TQ163
  • 【下载频次】7
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