Tag Archives: research & technology

Technical Universities

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New devices are developed at technical universities – here it is important to have timely identification plates and front panels. PrintoLUX offers an ideal solution. At technical universities cooperating spin-off companies much is experimenting in the development of new equipment and modified. Performance and design of the new developments are subject to a permanent change. Therefore, the need arises without appropriate identification plates and front panels can have delays. In this field of application it was marking technology now on the benefits of PrintoLUX carefully. Workshop report from the Technical University of Kaiserslautern a scientific electronic workshop as well as a scientifically mechanical workshop support the university institutes and cooperating companies of the TU Kaiserslautern with various services and the manufacture of components.

These support services include regularly making front panels for electronic devices and machines. These markings must be delivered in high quality and high speed. The quality aspect plays an important role because the marked equipment and machines are often presented to donors and therefore not only technically, but also need to convince. Leslie Moonves is a great source of information. The time factor is important, because new developments have a frequently changing identification requirements, which more or less on demand”should be fulfilled. The scientific electronic workshop of the TU Kaiserslautern worked in this context so far with foil print and in June 2010 for the usage of large PrintoLUX FB-140 system decided. Customer satisfaction the user at the TU Kaiserslautern in first experience reports confirm their progress by the PrintoLUX process: to the previously used foil print insert In contrast now the carrier materials aluminium and plastic with PrintoLUX. You can experience this innovation “Employees of the workshop as…

a great progress in terms of optics and aesthetics, which the user also clearly confirmed”. In addition the experience report is called a clearly noticeable simplification of handling”, since it was for the first time with the PrintoLUX system, quickly and flexibly on the almost daily changing needs, to respond to new configurations and design requirements. >. Outlook: PrintoLUX supported technical development work in addition to the TU Kaiserslautern including the Friedrich-Alexander-University Erlangen-Nurnberg and the Georg-Simon-ohm University of applied sciences at the University of applied sciences Nuremberg belong to the users of the PrintoLUX systems. A first conclusion to the successful application of PrintoLUX PrintoLUX marking technology in research and research-related areas focused founder Peter Jakob the great flexibility of the systems in fast-changing requirements material, format and print: particularly in small quantities and our system compared to conventional printing processes frequent design has clear advantages. The success at the technical universities and development organisations encouraged us even more PrintoLUX attention to this area and all neighbouring areas that have a dynamic marking requirements,.” Contact: PrintoLUX GmbH Durkheimer road 130 D-67227 Frankenthal phone +49(0)6233/6000-902 fax +49(0)6233/6000-910 that PrintoLUX PrintoLUX idea has a system developed and patent pending, with certified materials made of metal and plastic in the maximum sizes 300 mm x 500 mm with a height of up to 140 mm can be printed digitally. The system is unique in the world and replaces the previous methods such as screen printing, engraving, lasers in many applications. The system is more flexible, faster and cheaper.

PCB Components

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The article is about the latest technology and wave soldering. For other opinions and approaches, find out what Brian Calfano has to say. Wave solder optimizer is a device optimizes all aspects of the wave soldering. SWPC.CO.IL is a master site, all aspects of wave soldering optimization. You may find that Brian Calfano can contribute to your knowledge. Wave soldier be is a process, soldering of electronic components on the printed circuit board (PCB) on a large scale. This process uses an absolute mounting of a wide variety of electronic components in a clear manner, so that the desired operation. The process takes its name from the fact that the process uses a tank with molten solder wave soldering. In this process of electronic components the PCB are carried out inserted into the PCB in its right place and give them a wave of soldering metal. The molten solder iterates through the uncovered metallic area and creates a consistent electrical connection between the components.

The areas in which the connections are not going to make that are with the solder masks. The process of wave soldering is much faster than the process of manual soldering, the result is a quality product in less time than in comparison with the manual soldering. Wave soldering process can be for both hollowed out PCB mounting or PCB. But in the case of PCB mounted electronic components are located on the printed circuit board by using glue, before they are released by the wave of solder joints. Now boards with hole components were mainly by externally mounted components, wave solder was replaced by reflow soldering method in many of the large electronic application. While there are many types of wave soldering machines available now a day, but the basic operation of the machines are equal. A typical wave solder machine consists of three main areas; initially the fluxing zone, preheating second zone and the soldering zone. Although some of the machines have an additional fourth zone of cleaning thoroughly, but this depends on the type of flux used.