Total quality in tubing glass manufacturing.

K Bartl
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Abstract

Today's demand for higher quality products can be satisfied through a comprehensive quality assurance system (Total Quality System, "Worldwide Quality Standard") using the latest state of the art measuring technologies. Totally automated state of the art glass vial manufacturing begins once the glass tubes are loaded into the machine and ends with the finished product in the packaging machine, all without human contact. This standard is achieved by measuring dimensions with SPC (statistical process control) and 100% inspection of the products. These systems complement each other and give the machine operator instant data in an overview format. To achieve the visual requirements forma vitrum developed the FVC90 control line. This optical surface inspection device controls online and without contact 100% of the products for cosmetic defects as small as 50 microns. It can detect and eject defects such as dirt, scratches, chips, air-lines, loose glass particles, cracks, etc. The sensitivity of the system can be adjusted and is fixed based on client needs. An important quality assurance technique is the checking of dimensions at the production machine with a Vision System. With this system deviations are instantly recognized and corrections can be made immediately, thus assuring that glass products can be run on the high-speed filling machines for which they are designed. These computer assisted inspection systems are key in producing the highest quality pharmaceutical glassware in the 90's.

管材玻璃制造的整体质量。
今天对更高质量产品的需求可以通过一个全面的质量保证体系(全面质量体系,“全球质量标准”)来满足,使用最新的测量技术。完全自动化的先进玻璃小瓶制造从玻璃管装入机器开始,到包装机中的成品结束,所有这些都无需人工接触。本标准是通过SPC(统计过程控制)测量尺寸和100%检验产品来实现的。这些系统相互补充,并以概述格式为机器操作员提供即时数据。为了达到可视化的要求,开发了FVC90控制线。该光学表面检测设备在线和无接触控制100%的产品的美容缺陷小至50微米。它可以检测和弹出缺陷,如污垢,划痕,芯片,空气线,松散的玻璃颗粒,裂纹等。系统的灵敏度可根据客户需要进行调整和固定。一项重要的质量保证技术是用视觉系统在生产机器上检查尺寸。有了这个系统,偏差可以立即识别和纠正,从而确保玻璃产品可以在高速灌装机上运行,它们是为之设计的。这些计算机辅助检测系统是在90年代生产最高质量的制药玻璃器皿的关键。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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