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The Cleaning Importance in Microelectronics Technology

机译:微电子技术的清洁重要性

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The paper discusses cleaning as a necessary technological step in electronic and electric assembly processes today, including SMT. Increased miniaturization, higher speeds and tighter board space highlights that need, as well as request for higher reliability by some type of applications (automotive, medical etc.). In more with introduction of ISO 14000 the cleaning becomes to be more and more important for different parts of technological processes, including lead-free solders. There are some technologies, like vapor cleaning, which needs very complicated and expensive machines to follow ecology requirements, thus they are used only for special applications. Lot of companies, mostly the small ones that are using one of previous methods has request for a cheep, effective equipment with low operating costs that suits to their needs as much as possible. An example of such system, built up for MPC (Micro Phase Cleaning) technology or semi aqueous technology is introduced in a second part of this paper, It consists of several modules, where each module is in fact independent machine specially designed for one process. Modules now available are for spraying, rinsing, ultrasonic rinsing, active immersing and drying. So customers can take their own decision for a single one or to make a more complex, line. Modules are manually operated with automatic processing control when higher production throughput is required an automatic transfer system can be added. Cleaning media in modules form closed-loop regeneration system to minimize waste, to reduce cleaning cost and to keep safe and environmental friendly process.
机译:本文讨论了今天的电子和电动组装流程的必要技术步骤,包括SMT。增加小型化,更高的速度和更严格的板空间突出显示,需要一种通过某种类型的应用(汽车,医疗等)的更高可靠性的要求。更介绍ISO 14000的ISO 14000,清洁变为越来越重要的技术过程,包括无铅焊料。有一些技术,如蒸气清洁,需要非常复杂和昂贵的机器来遵循生态要求,因此它们仅用于特殊应用。很多公司,主要是使用以前的一项方法之一的小型,该方法有一个要求的吱吱声,有效的设备,以及尽可能适合其需求的低运营成本。在本文的第二部分中引入了用于MPC(微相清洁)技术或半水性技术的这种系统的示例,它由多个模块组成,其中每个模块实际上是独立的机器专门设计用于一个过程。现在可用的模块用于喷涂,冲洗,超声波漂洗,主动浸入和干燥。因此,客户可以为单一的决定或制作更复杂的线路。在需要更高的生产吞吐量时,模块可以通过自动处理控制操作,可以添加自动传输系统。清洁介质在模块中形成闭环再生系统,以最大限度地减少废物,以减少清洁成本并保持安全和环保过程。

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