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The Advantages Of Using Lead Free Soldering In Manufacturing Processes Posted By: deksmt The growing usage of lead-free solder has led to a unique set of processes required to ensemble wave solder equipment for efficient soldering. One of the most significant steps is to determine the appropriate flow features for a wave solder to fill hole in a proper way. There are many types of solder waves present in the industry with different advantages and disadvantages. Lead free solder is basically a metal alloy having no lead content and is needed for fixing up other metals. As in the case of other solders, Lead Free Wave Solder possesses a higher melting point than the metals that need to be adjoined. The advantages of using Lead free wave are that it mostly has a melting points ranging from 5 to 20 degrees considered markedly low for soldering. The low melting point of alloys like tin, silver and copper a type lead-free solder, is vital for the fixing up electronics parts. Many types of lead free Wave Solder combinations are available like tin-based, indium-rich, or tin-free solders. The dependability of this product has been highly appraised in the market ever since its first usage a couple of years back.

Reflow Oven Your Brief Encyclopedia On Conformal Coating Materials Posted By: deksmt


Reflow Oven Common Questions That Emerge About Wave Soldering Posted By: deksmt Although wave soldering is a commonly heard term nowadays, some companies still prefer the traditional methods of soldering over this advanced technique. It is believed that lack of knowledge is one of the reasons which deter the widespread application of wave soldering. Let us try to find out the answers to common questions concerned with wave soldering. Q 1. What is the major function of wave soldering? It is a large scale industrial process which uses a specific type of Wave Solderto join together electronic components on a printed circuit board. Q 2. What is the nature of the soldering material that is used for lead free wave soldering? The solder used in Lead Free Wave Soldering process is always in the form of a liquid. The process uses a container which is in the form of a tank. The molten wave solder is filled into this tank. Now before the application of the solder the printed circuit board is loaded with the electronic components. Next, when the printed circuit board is made to pass through the equipment a waterfall sort of attachment sprays molten solder over the board and wets it. The solder gets hardened when it dries up.


Wave Solder How To Select The Best Service Provider Posted By: deksmt


Wave Solder Understanding The Process Of Soldering And Its Basic Principles Posted By: deksmt Wave Solder is a manufacturing process to help in technique used to join the various connections in a printed circuit board or PCB. In this technique, the PCB has to be passed over a wave of solder. This makes it possible for an entire board to be soldered effectively in very little time. The joints made by this kind of soldering procedure are very dependable and far better than manual soldering. There are some basic principles of wave soldering which remain the same throughout the electronics manufacturing industry. Soldering metals is done with the help of a product called flux. Flux shields the object from burning caused by the heating that prepares the circuit for soldering. To avoid any harm to the circuit board, it is made extremely hot with the help of infrared heat generated from the soldering machine. The flux and the connections points become very hot as the machine makes the circuit move near the infrared heater. The Wave Solder machine comprises of hot tank of solder. The temperature has to be controlled for the soldering process.


Wave Solder Soldering Fume Extractor Posted By: jiveshsaha Company should also manufacture excellent quality of soldering fume extractor, which is marketed under the brand name of Fume killer. Soldering fume extractor is also a type of pollution control device specially designed to be used where soldering is done. The smoke is extracted through open pipe end fixed just near to soldering point. This avoids spreading of the solder fume extractor, solder fume extractor systems, soldering fume extraction, solder fume extraction system, fumes AND smoke in the shop environment. Configurations include benchtop, wall-mounted, portable, and floor models. These compact and energy-efficient systems feature quiet operation, convenient mobility, and high efficiency filtration media including HEPA and/or Activated Carbon. The T30A, T60 and T100 are designed to extract and fumes and debris through small bore hoses and attachments. Ideal for soldering iron tip fume extraction. Welding Fume Extractor is another pollution control machine, which is specially designed to clean the environment where welding is done. Fume Killer (Soldering Fume Extractor) have suction capacity of 250 CMH to 8000 CMH which can control all types of hazardous fumes that comes out while soldering like dip tinning, wave soldering, etc. A single large-sized unit can be used to control multiple soldering stations.

fume extractor for soldering Gloves Utility Has Never Been Denied Posted By: Brianne Cokel





working gloves What Are The Differences Between 2d Datamatrix Codes And 1d Barcodes? Posted By: Id Integration






UID How 2d Data Matrix Codes Outweigh Conventional 1d Barcodes Posted By: Id Integration Take a close look at any electronics devices whether it is an automotive keyless entry system or even home audio equipments and you will discover a unique coding standard called Data Matrix. This standard is used by contemporary product manufacturers. The motive behind the adoption of this standard is to help the manufacturers to build an automated tracking system which is long lasting, machine readable, and helps enable the unique identification of each product during its entire life cycle. ECC 200 2D Data Matrix codes are created through laser marking and they are a cost-effective method for distinctive identification and tracking of products during the manufacturing cycle, sales distribution and after-sale warranty verification stages. Data Matrix codes are strong enough to survive complex manufacture processes such as broad cleaning and wave solder, without affecting the circuit performance. For these reasons, the codes are used extensively in manufacturing processes. The ECC 200 2D Data Matrix codes present a proficient means of storing alphanumeric character strings in a very small area of printed circuit board. Advantages of ECC 200 2D Data Matrix codes over conventional 1D barcodes are stated below.








CAGE code Data Matrix Benefits Of 2d Data Matrix Codes Over Conventional 1d Barcodes Posted By: Id Integration Take a close look at any electronic devices, whether it is an automotive keyless entry system or home audio equipment, and you will come across a unique coding standard called Data Matrix which is used by current product manufacturers. The drive behind the integration of this standard is to help manufacturers build an automated tracking system which is long lasting, machine readable, and creates a unique identification of each product during its entire life cycle. The ECC 200 2D Data Matrix codes are made through laser marking. They are a cost-effective method for distinctive identification and tracking of products during the manufacturing cycle, sales distribution and after-sale warranty verification stages. Data Matrix codes are strong enough to survive complex manufacture processes such as broad cleaning and wave solder, without affecting the circuit performance. This durability is the main reason that they are used extensively in the manufacturing process. The ECC 200 2D Data Matrix codes present a proficient means of storing alphanumeric character strings in a very small area of printed circuit board. Advantages of the ECC 200 2D Data Matrix codes over conventional 1D barcodes are stated below.








CAGE code Data Matrix 2d Datamatrix Codes Are An Edge Ahead Over Conventional 1d Barcodes Posted By: Id Integration Be it an automotive keyless entry system or even home audio equipments, on taking a closer look you will come across a unique coding standard called Datamatrix being used by the product manufacturers now-a-days. The purpose of using this standard is to help the manufactures to build an automated tracking system which is long lasting, machine readable and that enables the unique identification of each product during its entire lifecycle. ECC 200 2D Datamatrix codes are made through laser marking and they are a cost-effective method for distinctive identification and tracking of products during the manufacturing cycle, sales distribution and after-sale warranty verification stages. Datamatrix codes are well-built to survive complex manufacture processes such as broad cleaning and wave solder, without affecting the circuit performance and that is the reason they are used extensively in manufacturing process. ECC 200 2D Datamatrix codes present a proficient means of storing alphanumeric character strings in a very small area of printed circuit board. Following are the benefits of ECC 200 2D Datamatrix codes over conventional 1D barcodes. 1. 2D Datamatrix codes offer higher information density in comparison to the 1D barcodes.








CAGE code Data Matrix Advantages Of Wave Solder Optimizer Posted By: damien.r








Wave solder Critical Parameters In Wave Solder Optimization Posted By: christian.t Processus de production et les ingénieurs ont appris de nouvelles idées à bord ondes interaction, ce qui conduit à des changements dramatiques dans la wave soldering. Cela a vu le jour seulement au cours des dernières années, où la technologie a été introduite qui pourrait mesurer directement votre conseil d’administration de votre expérience en soudure vague. Immédiate et forte amélioration de la qualité de bord ont été le résultat, de propulsion acquisition massive de ces technologies. Cet article examine les concepts de l’onde de bord et des rapports de mesure des résultats de l’étude des travailleurs disponibles dans le commerce la technologie de mesure et de répondre aux principaux paramètres de la wave soldering. Le but de cette étude était de déterminer l’importance des temps d’immersion et profondeur de mesure lors de la wave soldering de qualité. La centralité du Conseil-Wave Interaction Votre machine vague a été construit pour un seul but: Pour cause vos cartes pour interagir avec votre soudure vague. Vous savez que cela soit complètement vrai, parce que quand vous regardez dans votre four refusion vous voyez pas de vague. Dans le four refusion, de la chimie en charge vos cartes comme ils l’expérience des températures.





wave soldering Do I Need Wave Solder Optimizer? Posted By: samantha16





Wave solder; wave soldering Wave Soldering Posted By: Justin Produktions-und Prozess-Ingenieure haben gelernt, neue Einsichten zu Brett-Wellen-Interaktion, was zu dramatischen Veränderungen in der Welle Lot Verfahren. Dies hat sich erst in den letzten Jahren, als Technologie wurde eingeführt, die direkt messen könnte Ihre Bord der Erfahrung in Ihrem Lotwelle. Sofortige und scharfe Verbesserungen in der Qualität Bord waren die Folge, Treibladungen verbreitet Erwerb dieser Technologie. Dieser Artikel beschreibt Konzepte der Bord-Welle Messung und Berichte Studienergebnisse, dass Beschäftigte im Handel erhältliche Technologie zur Messung und reagieren auf die wichtigsten Parameter der Wave Soldering. Der Zweck der Studie war es festzustellen, wie wichtig die Verweilzeit und Tauchtiefe Messung im Lot Welle Qualität. Zentralität der Board-Wave-Interaktion Ihr Wave Solder profiling Maschine wurde nur für einen Zweck: Um dazu führen, dass die Boards zur Interaktion mit Ihrem Lotwelle. Sie wissen, dass es sich hierbei um völlig wahr, denn wenn man in Ihrem Reflow-Ofen sehen Sie keine Welle. In den Reflow-Ofen, Chemie unterstützt Ihre Bretter, da sie Erfahrungen Temperaturen. Dies ist jedoch nicht wahr, für Wave Soldering. In Ihrem Welle Maschine, Chemie und Temperaturen sind nur Akteure unterstützen, da sie liefern Ihre Leiterplatten zu Ihrem Lotwelle.




Wave Soldering 2d Data Matrix Codes Vis-à-vis Conventional 1d Barcodes Posted By: Id Integration








Cage Code data matrix Integrated Circuit Package Inspection Posted By: Brian Reuter In the case of integrated circuit (IC) package inspection, the products are generally derivatives of general purpose machine vision products; that is, the product is typically based on a commercially available product that has been adapted to one or more of the applications. The adaptation generally consists of application engineering related to the lighting, camera, and optics; configuring the graphic user interface (GUI) so both operator and engineering interfaces are application-related (this may include "personalization" of the GUI), and integrating the interfaces. In some cases the manufacturer of the general purpose machine vision system has developed these "canned" packages; in other cases the application adaptation has been done by a system integrator or original equipment manufacturer (OEM) of one or more pieces of equipment. The specific applications associated with IC package inspection include verifying component orientation mark and position, mark verification and print quality inspection, lead straightness and implied co-planarity, package surface inspection, and true 3D co-planarity. Acuity Imaging, Applied Intelligent Systems, Inc., Cognex, ESI, Texas Instruments, and ICOS offer general purpose machine vision products with some level of application-specific adaptation for these applications.


IC package inspection Laser Etching Of Ecc 200 2d Matrix Codes On Printed Circuit Boards Posted By: Rick Stevenson Manufacturers of electronic devices, from home audio equipment to automotive keyless entry systems, are increasingly seeking a reliable, cost effective method for uniquely identifying and tracking products through the manufacturing cycle, sales distribution and after-sale warranty verification. An autonomous, automated tracking system requires that a permanent, machine-readable code be applied to an internal printed circuit board to uniquely identify each product. The code must be durable enough to survive manufacturing processes including wave solder and board cleaning, must not affect circuit performance, and must store information in the small space available on real-estate conscious printed circuit boards. The 2D matrix code provides a means to store alphanumeric character strings in very small areas of the printed circuit board. Laser marking technology provides a method for permanently applying 2D matrix codes to most board substrates. The high-resolution and high-accuracy of beam-steered laser marking systems provides the means to create well defined, high reliability codes regardless of code size. Laser marking also provides the user with a computer-controlled marking process for easy implementation into automated product tracking systems. ECC 200 2D Matrix Codes Two-dimensional symbologies encode information in the form of a checkerboard pattern of on/off cells.





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