Over the years, with the increasing demand for activities involving soldering, research began on how to ensure the best delivery within a speculated time. This brought about the manufacture of soldering rework stations which are used for soldering disjointed components on the PCB board. Similarly, the soldering rework station can also be used for desoldering activities. Soldering stations are usually regarded as rework stations and their existence in the industry has continually improved and increased productivity. Glad to notify you that they are of different types depending on your choice and application. You must have been trying to think about the types. Don’t think too far, this article has been specifically written to assist you on the types and factors you should consider before Purchasing from a soldering rework station manufacturer. Types  of rework stations Most soldering stations perform several tasks ranging from small and direct jobs to high strength applications., And all these applications vary temperature, control, and power consumption. 1. Contact Soldering Stations They are the most utilized soldering rework stations. This is as a result of the function in-built power supply which enables the proper functionality of the heating element. Also, the temperature can easily be controlled which invariably affects the voltage emitted by the heating element 2. Lead-free Soldering Stations These are also important categories of rework stations. They are specifically used for wiring printed circuit boards that are free of lead. This implies that their solders are usually lead-free, thus enabling it to have a lower cost as a result of the detrimental effects of lead on human health and the environment, the use of this lead-free soldering station is being encouraged which ultimately ensures quality solderability. However, the lead-free stations exhibit some difficulties associated with the need for melting ta the lead-free solder with extra heat. Hence, there is a need for a proper guide by producers to guide the users on the appropriate method of usage. 3. Hot-air Rework and Desoldering Stations These soldering stations work by preheating the target component to be removed and they are frequently utilized by experts. 4. Infrared (IR) Soldering Stations As technology improves and advances, so also the applicability as well as the functional components of soldering station advanced. It’s no doubt why the infrared soldering stations are the most sophisticated with improved comments for working on more complex elements. Unlike the other soldering stations especially the lead-free soldering station, because it uses infrared light fonts actions, there is little or no overheating of its components. Factors to Consider Before Purchasing From Soldering rework station manufacturer 1. Quality of Performance Each rework station has a specific quality of performance that portrays its functionality. Always ensure to check the quality of performance to be assured if a particular rework station meets your requirement. 2. Construction Specification Similar to checking its quality, there is also a need to check for the specification. It is important to check if a particular soldering station meets the desired specification requirement. 3. Cost Checking out the cost from the manufacturer is very essential. You may not necessarily see a very cheap soldering station. However, the cost can easily be graded from its quality. Partner With Us As A Reliable Soldering Rework Station Manufacturer Soldering activities have made lots of applications possible and at the same time easy. This is further propagated by the introduction and use of soldering stations. Are you interested in getting your soldering stations? With several years of experience and expertise, we are set to give you the best offer at very affordable prices. Kindly click here to contact us today to get yours at cost-effective prices.

For customers who don’t know much about rework stations, the most concerned thing should be the price. So how can I buy affordable and high-performance BGA rework station equipment? Let us share with you. 1. Determine the needs We need to determine that the purchased rework station must meet our own needs, and negotiate with the equipment manufacturer based on the characteristics of our products and production efficiency requirements. The best way is to take actual testing to determine whether the equipment meets the requirements, at least determine what kind of configuration meets their own conditions, such as the degree of automation of the equipment; operational problems; success rate of repairs; repair time or temperature control accuracy. The users need to know about these details. 2. Consider the working method of welding We need to consider the working method of welding, that is, how the rework station needs to operate, whether it needs to be fully automated, semi-automated, or fully manual. For general factories, most of the automatic optical BGA rework stations are still used. After all, What companies pursue is efficiency, which can save a lot of time and manpower and material resources. For individual repairs, it may be biased towards semi-automatic or manual rework stations. After all, the purchase cost saves a lot of money. There are general welding workbenches in the market. There are also some special reasons, and they do need to be customized. 3. Equipment after-sales service The after-sales service of the equipment is also very important. Some products are relatively expensive, but their warranty service is more secure. When it comes to warranty issues, it is not that the parts that need to be replaced when the equipment fails can be provided by the user for free. The warranty here is mostly means that the technical maintenance is free, that is to say, if the product can be restored through technical maintenance after a fault, it is free, but in case of non-replacement of accessories, the user needs to pay for it, so the user must confirm with the manufacturer when purchasing the equipment. This question is to prevent unnecessary disputes in the future. Looking for a rework station supplier? Foshan Gordak Electric Co., Ltd. located at Lecong 325 national way, Shunde, works under the principle of focusing on technical innovation and sincere service, meeting demands of the market. And for its developing strong strength, GORDAK has make a good tongue in the electronic field. GORDAK make the customer number one and provide the customers with the quality, soldering station, SMD rework station, ultrasonic cleaner, power maintaining tools, well sold abroad including Southeast Asia, Middle East and West Europe, most of them passed the CE certification and Gordak is already a ISO9001: 2000 registered company. If you have any need, please do not hesitate to contact us. 

Do you have a dull soldering iron tip that just wont do what you want it to anymore? Without proper maintenance soldering tips will not last as long as they could, and the cost of frequently replacing tips is expensive compared to using all of these methods. Not sure which method to pick? Well that’s what we are here to help with. Let’s start with the basics. Solder Quality Matters Choosing solder may sometimes seem like it’s not a big deal but, actually, it does matter what type of solder you use. Solder quality ranges from adequate to high, and when you want to protect your tips, always go for the highest quality solder you can comfortably afford. The reason why is because low-quality solder contains impurities that can build up on the tip, making it more difficult to work with over time. Alternatively, quality solder always melts effortlessly when it reaches an optimized temperature. For instance, a 60/40 lead/tin solder, should melt easily at a temperature of 460 degrees Fahrenheit. Meanwhile, a low-quality solder may only partially melt at this temperature. Read manufacturer details about solder to get more information about its performance. Maintaining Optimal Temperature Keeping the temperature of your tips as consistent and as close to optimal as possible will help extend their life. When using many soldering irons, the temperature of the tip will naturally decrease when in use. To compensate for this, many solderers turn up the heat more than is needed. Using excessive temperatures, however, reduces the life of your tips and can lead to sub-optimal results. Soldering station irons that have a temperature sensor can help regulate temperature for you without damaging your tips. These irons can sense when the temperature has dipped or risen out of the intended range and automatically adjust it. Some soldering irons have more accurate temperature regulation than others. Recovery time, which is the time it takes the tip to return to the desired temperature, also differs between soldering iron models. The temperature you set the iron to also impacts tip life. Avoid using temperatures that are higher than you need them to be to help protect your tips. This principle also applies when you aren’t actively using your iron. Make sure to reduce the temperature to an “idle” setting or turn off the unit when not using it for extended periods. Some irons will automatically decrease their temperature when not in use. Weller soldering irons offer excellent temperature stability. The WEP70 iron of The Weller WE 1010, for example, has a temperature stability of plus or minus 10 degrees Fahrenheit (± 6 degrees Celsius). It also has a standby mode and auto setback feature that reduces the temperature of the iron when it’s idle. Keep Tips Clean Regular cleaning of your tips can help extend their life. Clean tips also give you peak performance. Before each use, you can remove corrosion, grease, and oxidation with alcohol and a clean cloth. Avoid cleaning tips with a damp or wet sponge. Constant wetness can lead to tip metal fatigue or failure. Metal wool (made of brass or stainless steel) is another reliable and safe way to clean soldering tips. Soldering iron tip cleaners make cleaning easier. Storing Tips The way you store your soldering iron tips can also impact how well they perform and how long they last. Following some simple procedures when storing your tips can help protect them. When storing a tip for a shorter period, such as between soldering joints in one soldering session, store it in the iron in a secure iron holder. Ensure it does not stay at the operating temperature, as this will decrease the life of the tip. You can store many Weller irons at an idle setting, which keeps them at a lower temperature but still ready to be used. If storing your tips for an extended period, you should clean and tin them before putting them away, which will help prevent them from oxidation. After letting them cool, you may also want to store them in a sealed container, such as a bag or case, to further protect them from oxidation, humidity and contamination. When storing a tip in the iron, loosen the nut or screw that holds it in place before putting the iron away. This practice will prevent the tip from becoming stuck, an issue known as seizing. Expect Outstanding Results With Gordak Soldering Tips We are specialized manufacturers from china, soldering iron stand, soldering iron tips,soldering iron heating element,soldering tweezers suppliers/factory, wholesale high-quality products of soldering accessories and manufacturing, we have the perfect after-sales service and technical support. If you follow the above advice about soldering iron tip care, you can extend the life of your tips, save money and improve the quality of your soldering work. Proper care of your soldering equipment starts with using the best equipment and accessories. If you have any questions, please do not hesitate to contact us. 

A preheater station such as the air preheater is a device employed to heat air and any other substance before another process. A good example is a combustion panel in a boiler which helps to improve the thermal efficiency of the operation. Sometimes, this preheater station may be utilized alone or may serve to replace a malfunctioning heat engine or to function in the place of a steam coil. The preheater station market is gradually becoming larger each passing day and there are numerous products littered everywhere. If you want to source the best quality product, you need to partner with a reliable and trusted preheater station manufacturer. Some benefits we can derive from the use of preheater station are: 1. Allows outgassing of volatile solvents The outgassing process is one of the major benefits of employing a preheater station. The preheater station causes the volatile component of the solder paste to evaporate. If there is a huge and sudden change in the temperature of the system, the rate of evaporation may cause splattering of the solder paste which consequently reduces the size of the solder paste at the seam of the materials. 2. Activates flux The flux forms part of the solder and it is usually activated when a hot soldering iron is applied to it. The function of the flux is to decontaminate the surface of the metal that is in contact by removing the oxides. When this is done, there will be good adhesion and strong bonding of the two metals in contact.  If the temperature of the preheater station is low, then the process of flux activation will not be effective and this results in a joint that is cold and without complete flow.

Soldering Station Guide-A soldering station is a soldering tool with a separate station to control temperature and soldering iron. The soldering station can be analog or digital. The soldering station is an electronic tool used to manually solder electronic components to the PCB. It consists of a station or unit for temperature control and a soldering iron that can be installed on the station unit. Most soldering stations have temperature control functions and are mainly used in electronic PCB assembly and manufacturing units. They are also used for the overhaul of circuit boards. Most real service centers also use these temperature-controlled soldering stations for repair and rework work. Soldering station guide Digital and analog temperature controlled soldering station The soldering station can be analog or digital. The analog unit has a knob for controlling (increasing or decreasing) the temperature. They do not have any display to show the currently set temperature. The temperature settings of these units are not very accurate. They are very suitable for mobile phone repair and other tasks. On the other hand, digital devices have settings for digitally controlling temperature. They also have a digital display that can display the current set temperature. These units provide better accuracy and smaller tolerances, but are cheaper than their analog counterparts. Anti-static and non-anti-static soldering station Similarly, the soldering station can be ESD safe or non-ESD safe. ESD stands for electrostatic discharge (when objects at different potentials are close to each other, the charge will quickly transfer). The ESD-protected soldering station means that no static charge will stand or build on the iron. Use special materials to make these units. These tools are also well grounded and can drain excess electrical energy into the ground For most of the latest electronic devices and modern smart phones, ESD safe soldering stations are necessary, because most of these devices have SMD electronic components that are very sensitive to static electricity and are easily damaged. ICs and semiconductors are very sensitive to static charges.

When working on a circuit board you have to either choose a desoldering option or a soldering rework station. Although both are similar functions, they both have an advantage and disadvantages while you should choose one over another. Below is the comparison between them, so find out which is best used for your circuit board using the guides listed below What is soldering and rework station and what are they used for, you may ask? A soldering rework station is used when working on a printed circuit board, mostly when you want to repair a circuit board you will need to remove the former solder while repairing and fix the portion with a new one. These stations send hot air to warm the circuit board for easy removal and resoldering, it doesn’t require multiple devices before it can function. They also come in different sizes which are made suitable for different printed circuit boards, some of the new models have additional features such as a camera, nitrogen capable components, and cabinets boards. Some other uses of soldering rework station include securing loose connections on the board, repairing damaged components, it’s also useful in the reworking of surface-mounted components. How to use of soldering rework station To make use of this station, you firstly turn on the hot air work station and choose the correct nozzle size for the job. Then, you will regulate the temperature and airflow rate to melts the type of solder on the board, you properly move the end of the gun on the board to ensure no damage is caused. Always use vacuum components to remove the melted part from the circuit board. Soldering and rework station is the best option when it comes to full-featured repairs and reworking on external circuit components. What are resoldering and their uses? Desoldering stations are more portable than soldering rework stations; these stations will effectively resolder components that are needed to be repaired due to their compactness. Most of this station comprises an in-built vacuum that removes melted solder as you work which makes the board circuit clean. How to use desolder To use a desolder, you will first turn on the device then you will set the temperature to the required degree needed to melt the solder on the circuit board. While repairing ensure you place the solder at the end of the desoldering gun to ensure a heat bridge is create to melts the solder you want to remove. Lastly activate the vacuum suction to remove the melted solder on the component. The characteristics feature of desoldering is due to its compactness, it could be carried anywhere to remove or rework a component compare to the soldering rework stations. The major differences between these two stations are listed below; · Soldering reworks stations are large and have different features in the model such as a camera which makes it easier to see smaller parts in the circuit while the desolder doesn’t contain any special feature and is relatively small. · The desolder is cost-effective which can be used for small businesses such as repair shops due to its portability and can be carried to any location for repairs. · Soldering reworks station can be used to remove solder from an individual part while desoldering will be used to remove solder multiple parts. Partner with us for quality soldering rework stations Soldering rework stations provide all the functions you need to remove former solder on the components and we provide quality soldering types of equipment made with standard materials. In case you need a credible manufacturer and distributor of soldering and rework stations, kindly click here to see our various designs, and fully featured, affordable soldering equipment, we give you the quality and best offer.

Soldering is a very intricate process used to join two materials without fusing them. Unlike welding, it does not melt the metals. Instead, it melts solder (filler material) and joins the two metals. To perform such an intricate process effectively, you have to equip yourself with the right set of equipment. Soldering is used in different industries like plumbing, electronic assembly, automotive repairs, and making jewelry. You can not use the same set of tools for all soldering applications. Depending on the materials, their chemical composition, and size, you need to choose the right set of tools. The choice also depends upon your skill in soldering. The below article contains a comprehensive list of all the best equipment you need for soldering works. Soldering Station A soldering station is a complete kit that comes with all the essential tools for soldering. The common tools include soldering iron, hot air guns, and de-soldering tools. A soldering station is commonly used to solder sensitive electronic components as you can set the precise temperature of the soldering tip. You have to plug the soldering station into a power outlet and set the temperature to the lowest. Step by step, you have to increase the temperature until the solder melts. Soldering Iron Soldering iron is the most basic soldering equipment that is shaped in the form of a pen. This is used by beginners for DIY soldering works such as soldering PCBs and other electronic components. First, heat the tip of the iron by powering the device. Once heated, place it on the solder and melt it. Soldering Gun Soldering guns are shaped like pistols and are operated using electricity. The soldering gun uses tin-based solder to solder copper wires or make other electrical connections. You have to connect it to a power outlet and press the trigger to heat the solder. Desoldering Station A desoldering station uses either hot air or vacuum to melt and remove excess solder after the soldering process. The desoldering station uses a hose to direct air from an air pump. The hose has a nozzle and heating element at the end. The heating element heats the air which melts the solder. Once melted, you can remove the solder easily. Soldering Pencil Similar to soldering iron, the soldering pencil is used to solder small metallic elements and electrical components. You heat the solder using the heating element located at the end of the soldering pencil. Soldering pencil has a finer point that helps in detailed and microscopic soldering works. Butane Soldering Iron The butane soldering iron is a modified version of the conventional soldering iron that runs on butane. It heats up fast and can melt solder in less than 40 seconds. Besides, it is also cordless and has a wide range of temperatures. So, you can use this for a wide range of soldering purposes and for soldering different materials. About Us Foshan Gordak Electric Co., Ltd. located at Lecong 325 national way, Shunde, works under the principle of focusing on technical innovation and sincere service, meeting demands of the market. And for its developing strong strength, GORDAK has make a good tongue in the electronic field. If you are interested in soldering equipment, don’t hesitate to contact us! We will provide best service for you.

Whether you are a novice or professional in the reworking tasks, it is necessary to get the best hot air rework stations to get the best results. Take a look at the things to consider for these tools: 1.  Temperature control The majority of the hot air rework stations accessible in the market come equipped with temperature control. This feature makes it convenient to adjust the temperature according to the needs. It is essential to look for a soldering tool that is equipped with temperature control adjustments. The minimum temperature found in most hot air rework stations is 100ºC. It allows you to use the rework station with heat shrink. The maximum temperature can be up to 450℃. The maximum temperature of 350ºC is considered satisfactory for most projects. A temperature precision of approx. 10ºC is desirable. This allows you to vary the felt temperature by varying the distance of the gun from the target and varying airflow. Apart from temperature limits, it is important to make sure the adjustment of temperature is flawless. Some poor quality hot air rework stations may pose difficulty while adjusting the temperature. Make sure your chosen tool allows you to conveniently vary the temperature. 2. Heat up time Before making a purchase, you need to know how long does it take for the tip of the rework station to heat up. The wise idea is to look for a tool that is equipped with a tip that heats up rapidly. The quick heat-up time makes sure you do not waste much time warming up. Also, it is advisable to look for a hot air rework station that comes with faster heat recovery ability. 3. Nozzle It is important to select the appropriate tip for the job. To use a hot air rework station, attach the nozzles to the wand and then tighten with the help of a screwdriver to perfectly hold it in place. The included nozzles must be easy to swap out. The tiny nozzles are beneficial for focusing air over a small chip. On the other hand, bigger nozzles are beneficial for drenching a big area like huge heat pad sinks. The facility of interchangeable nozzles is available in decent quality hot air rework stations. 4. Airflow Airflow determines how efficiently the pump or fan drives the air forward. Your chosen hot air rework station is useless if it cannot deliver the hot air forward over the chip or board you want to heat and move it into place. Bear in mind that majority of the all-in-one stations that combine hot air and soldering into a single device come with poor airflow. Even the space-saving designed rework stations come with inefficient airflow. The minimum specification for airflow is at least 20 liters/minute. In addition to the efficiency of airflow, it is important to check whether the airflow rate is adjustable or not. You would require sufficient airflow to work on your target along with the capability to vary the flow rate. The airflow adjustments make sure the loose components are not blown away. The cheap quality rework stations do not provide a facility to automatically adjust the airflow. With such tools, you have to manually guess a lower temperature whenever you want to adjust the airflow. Consequently, it leads to errors and decrement in speed. The benefit of high-quality hot air rework stations is accurate airflow and reliability. 5. Protection One of the most significant aspects to keep in mind for hot air rework station is the protection. Before you proceed for the purchase, it is important to check whether the tool is safe to use or not. The overheating protection is the best feature to consider when it comes to safety. You must ensure that it has an ESD safe design for protection. Conclusion The hot air rework stations are devices are convenient tools that will make repairing tasks or working on electronics quite easier. If you take all the precautions then it is sure that you can safely accomplish the project, and with great efficiency. Apart from them, these tools are durably built, versatility, and come with user-friendliness.

Soldering involves heating metal at a high temperature and requires precision at every turn, meaning proper maintenance is a must. Most importantly is the maintenance of the soldering iron tip, a crucial step in retaining optimal performance, cleanliness, and safety. Soldering iron tips wear out over time due to the construction of the tool. To maintain a properly working soldering iron tip, there are many steps you need to take. Today, the goal is to explain the most important steps in maintaining a soldering iron tip and what to do when problems arise. Maintaining a Soldering Iron Tip Maintaining a soldering iron starts with the tip, which is the most delicate part. It is also the most important part, allowing you to work with precision and safety. Therefore, ensuring proper maintenance is imperative to keep the tip in good shape. However, maintaining a soldering iron tip is not a one-step job and takes constant effort. To maintain your soldering iron tip, you need to consider things such as how to store it, what steps to take to do as little damage during use as possible, and how to fix any damage that might have been done. Ensure Proper Storage Before you begin thinking about the different steps to take to actively maintain your soldering iron tips, you must make sure you follow the correct storage techniques. First off, your soldering iron storage must be clean and sealed to prevent oxidation of the tips, which can ruin them, even if they are not in use. An important thing to note before putting your tips away is that you must clean and tin the tips every single time. Tinning your tip is mainly used if you are storing your tips for an extended period, but following this rule at all times will extend the life of your tips and further prevent oxidation. Remember to ensure that your tip is cool prior to storing it. If you are storing a tip for a brief period, such as when switching components or switching between joints, store it in a secure soldering iron holder. You can keep the tip at an idle temperature so that it can be used again quickly. However, do not store it at its operating temperature because that will reduce the lifespan of the soldering iron tip. You can also loosen the screw that holds it into place before storing it, which will prevent a potential issue with the tip becoming stuck, known as seizing. Regardless, correctly storing your soldering iron tips is an important step that you can take to make sure they have a long lifespan and need as little active maintenance as possible. Clean the Tip Cleaning your soldering iron tips is another crucial step to ensure that they continue operating properly and for extending their lifespan. In fact, soldering iron tips should be cleaned before, during, and after use. Fortunately, there are several useful methods to maintain the cleanliness and effectiveness of your soldering iron tips. You can use a damp sponge. Using a damp sponge simplifies oxide removal, but if it is not damp enough, it can catch fire, so pay attention. Also, a damp sponge can result in a thermal shock to the tip by rapidly reducing the heat, and the rapid change in temperature can be bad for the lifespan of a tip. A Dry Cleaner is a system made of metal shavings that are coated with flux. Thrusting your soldering iron tip into a dry cleaner several times will quickly and properly clean it. Also, when you avoid the thermal shock that comes from a wet sponge, you are preventing the tip from rapidly expanding or shrinking. Metal wool is another common and effective tool used to clean soldering iron tips. It will remove dirt and contaminants without introducing thermal shock. Be sure not to use anything more abrasive, such as sandpaper, because that will also reduce the lifespan of your soldering iron tip drastically.

Soldering is a process that allows you to join or fuse two metal objects together through the use of heat, a hot iron, and a metal alloy filler made of lead and tin known as solder. This technique is commonly used in engineering and electronics professions for the creation and repairs of products. Unfortunately, this process and work productivity can be severely hindered if you find that your solder won’t stick. There are five main reasons why solder might not stick to metal. Typically, the issues lie with lack of heat, dirty equipment, or product material, which could ultimately come down to poor technique. Fortunately, these issues can be fixed easily and quickly with a few simple steps.   1.Solder Tip Has Oxidized Your soldering iron is paramount to the process of soldering, and if it is defective, your solder might not even melt, let alone stick. If the solder tip has oxidized, it will prevent anything from sticking. Resolution To resolve this issue, you’ll want to clean the tip of the soldering iron. First, turn the iron on to a typical work range of about 300°C. Once it is sufficiently heated, you’ll want to apply a flux-colored solder onto the tip and wait for the heat to activate the flux. This will cause a chemical reaction that will remove any mild oxidation with the help of brass wool or specialized cleaners applied to the tip. 2.Dirty or oxidized parts The tip of your soldering iron isn’t the only thing that needs to be clean and free of oxidation. Your working materials must be, as well. Resolution If you are attempting to solder an older piece of metal, it will most likely need a solid cleaning first. The use of a strong flux should sufficiently clean the metal enough for soldering. Copper parts tend to oxidize quickly once exposed to air, so these can be cleaned easily with pink erasers to give them a light sanding before soldering. 3.Soldering Iron is Not Hot Enough If the solder isn’t hot enough, it won’t melt or adhere to the desired metal. This issue is usually caused by the soldering iron being set to an improper temperature, or the iron itself has a wattage that is too low for the solder size you are using. Resolution  If you notice your solder isn’t sticking, check your solder material and compare it to the wattage of your soldering iron. You might find that the iron isn’t the right match for the job in terms of wattage and needs to be switched out for another. 4.Metal is Not Hot Enough  Soldering is temperature-sensitive. The metal has to be hot enough to melt metal. Otherwise, it won’t adhere properly. Resolution Hold your soldering iron against the metal for an extended time until it reaches temperatures high enough for the solder to melt and adhere to the metal. You can also use a propane torch to heat the exterior of the metal you are working with, depending on its size and metal type. 5.Poor Technique If you want to solder efficiently, don’t let solder sit on the soldering iron and then carry it over to the joint. If you do this, you will burn off the flux from the solder and you won’t be able to adhere it to metals effectively. Resolution If you are constantly allowing solder to sit on your soldering iron before adhering it to the joint, stop. The only real resolution to this issue is to learn proper soldering techniques and practice them. Over time, you will know what not to do and are less likely to have solder fall off from poor technique.  Contact us At Guangdong Shunde Gordak electronic company, we manufacture high quality and the best soldering rework station that durable and original. Our teams of tech experts are globally recognized for quality delivery, and are committed to producing top-notch rework station. You can count on our delivery of the product which prompt and timely. Kindly place a call to order for yours today or you can check to see the available products.

Rework stations are the perfect tool for dealing with delicate components, allowing for easy desoldering and adjustment without much risk of damage to the parts. However, unlike soldering stations, rework stations are expensive, cumbersome, and lack precision. Rework stations and soldering stations are two tools in the same vein, but they have very different scopes of use. Today, we will be exploring the two different soldering tools and discussing the pros and cons of each, helping you decide which tool is right for you. Rework Stations and Soldering Stations Rework stations and soldering stations both deal with one simple process, soldering. However, while they do have some similarities, their uses differ vastly, each being better or worse at certain things. Putting vagueness aside, soldering stations tend to be more useful for precision work, such as through-hole soldering or more intricate work. Rework stations work under different circumstances, providing a gentler approach, and being capable of working with almost any component. However, rework stations lack the same precision that makes a soldering station so useful. The Basics of Each Station Let us start by looking at the broad differences between the stations, namely the parts involved. If looking at the most basic product available, a rework station, also known as a hot air rework station, only comes with a hot air gun. While the exact options vary, there is not much more to the base product, aside from maybe a few different nozzles. On the other hand, a soldering station comes with a few different parts, even in the base model, including: A soldering iron, perhaps with several tips A soldering iron stand A sponge, either conventional or bronze While both soldering stations and rework stations might contain other pieces, those are the basics. Also, while it may seem like a given, each one involves an electric power supply and, likely, a digital display for temperature and other important information. Another difference, one with more significance, is the size of the stations. Scope of Use The largest difference between the two stations might be what types of work they do best. While there are minute details to consider, the primary difference between their scopes of work can be summed up in this manner: Soldering Station: Powerful tool suited for precision work Rework Station: Useful tool that excels at quick, less surgical work To Be or Not to Be Precise So, precision is the strength of soldering stations, but what does that really mean? Think about these situations, each of which would benefit from the use of a soldering station: Connecting wires Circuit board soldering, specifically through-hole soldering Making a small repair to jewelry, pipes, and other pieces of metal The Pros and Cons of Contact One of the reasons for the differences in precision between the two stations lies in their method of applying heat. Soldering stations rely on direct contact with the solder or parts. On the other hand, rework stations never have direct contact with what they are attempting to heat. While not significant in and of itself, there are certain pros and cons associated with this. Mainly, there are some major benefits to having no contact by using a rework station, such as the previously touched upon factor of not damaging sensitive parts. Other pros include: Being able to use other tools without much risk, such as a tool for adjusting components while keeping the solder melted and ready for placement, allowing for easy adjustments. It can also act as a replacement soldering iron of sorts if precision is not needed. An additional layer of safety. With direct contact, there are sparks, and while the risks are not entirely eliminated with a rework station and the elimination of direct contact, there is far less to worry about when using a hot air rework station. Considering the small components rework stations suit the most, this is helpful. Conclusion Both soldering stations and rework stations have their pros and cons, pitting precision against broad heat. In many cases, they are complete opposites, performing well in the areas the other does not. So, while a soldering station likely fits more of your needs, being more versatile as a whole, both are very useful and complement each other nicely.

When it comes to the design of DC power supply, there are majorly two types; the switch-mode also referred to as switching and the linear design. Worthy of mention is the fact that either the switch-mode or linear power supply are both used for the supply of DC power. However, one marked difference between both power supply is the fact that the method employed in the production of power is widely different from one to the other. Also, depending on what each type of power supply will be used for, each of these types of power supply have its own peculiar advantages and disadvantages over the other. For this reason, it is most expedient to partner with a reputable manufacturer in order to get the best power supply per time. In this article, we shall be considering what is the striking differences between both the switch-mode as well as the linear mode of power supply. Switch-mode power supply This type of power supply works basically by converting the AC line of power into a DC voltage, and doenst have the need for a transformer. After the transfer of the AC power into a DC voltage, the DC voltage is later transformed into a high level frequency of AC signal. This high frequency SC signal is later used in within the regulator circuit for the purpose of producing the much needed current and voltage. The resultant product of this series of conversion and transformation is a smaller transformer used for either lowering or raising the voltage compared to what would have been needed within an AC line frequency of about 60Hz. More so, a swtih-mode power supply has a smaller and litter (about 80%) smaller than its linear counterpart. However, it usually generates a high amount of noise, which can affect very sensitive electrical equipment. Compared to linear power supplies, the switch-mode power supplies have the ability to tolerate small losses of AC power within the range of about 10-20ms, and this wont affect its outputs. Frankly speaking, these little transformers are usually more beneficial than a 60Hz transformer, and this usually gives a higher power conversion ratio. Liner power supply In a linear power supply, the AC line voltage is usually used in powering transformer to either lower or raise the voltage before it is being used on the regulatory circuit. The linear power supply usually produces a heavier and larger power supply because the size of the transformer is always indirectly proportional to the frequency from the operation. In most cases, a linear power supply usually requires a bigger semiconductor equipment that will control the output voltage in order to produce more heat, which will invariably lead to a smaller energy efficiency. Also, a linear power supply usually works at about 60% efficiency for about 24V output, compared to a swtich mode power supply at operates at about 80% or even more. Interestingly, linear power supply usually have a brief response time of about 100 times, which is faster compared to the switch-mode power supply. This, you can tell is very important in some special areas of applications.    In summary, the switch-mode power supply is designed specifically for small equipment. This is so because it is more compact and lighter. However, for most analog circuit and power sensitive equipment, the linear power supply is most suited for this. Contact us for the best power supply We are proud to be a leading brand that is specialized in the design and manufacture of various types of power supply including both linear and switch-mode. Do you have a need for the best product at a price that wont break the bank? If yes, then kindly click here to reach us for all our high quality product.