Whether it is for making jewelries or repairing a circuit board, soldering can be made a lot easier and faster if done with the right tools and equipment. There are many soldering tools and accessories that you can use to make your work or project an important interesting one. Notwithstanding, using a few of them would require a degree of professionalism and expertise. Whether you are a beginner or an expert at soldering, a high quality and effective soldering tools and accessories is a necessity for a good soldering experience. In the article, you will discover 12 soldering tools and accessories that will make soldering a lot easier. 1. Digital soldering and rework station This is a soldering tool that helps you repair circuit board  by joining broken wires, resistor and transistor. It has a few important features like two LED digital display, a smart cooling system and a  soldering handle. It has a compact design that saves space. It is light and doesn’t consume much energy. 2. Temperature control soldering iron Its 70 or 80 watt power makes them effective for both regular and lead free soldering. Because their temperature can be easily regulated, they are used in many types of soldering. 3. Soldering station Compared to a soldering iron, this equipment gives you a more flexible and accurate control over the soldering tip. It also has a thermal stimulation system. 4. Soldering tips These are accessories for  most soldering iron. They found at the tip of most soldering iron. They are removable and can be bought separately.   There are many types and sizes of soldering tips available. You will need to choose the best type and size based on the type of soldering iron you have. 5. Soldering iron tip cleaners These are used for clean soldering iron tips. They are usually made of cellulose sponge-like material or a brass wool cleaner. 6. Soldering tweezers They are tools that help you solder tiny parts that require dexterity to solder. You can use them to solder or desolder mounted printed circuit board easily and quickly. 7. Soldering stand A simple soldering stand holds the base of your soldering tip so that it stays suspended in the air or in a compartment that is safe and free from contaminants. It is a pretty useful soldering accessory, and it is relatively cheap. 8. Solders These are easily-melted alloys, commonly made of tin and lead. They are used to mend, coat, or join electronic chip, wires, and small metallic objects together. 9. Desoldering pump This another soldering tool that is useful for  getting rid of excess solder and  desoldering components of a circuit board. 10. Desoldering wick It can also be used for removing excess solder. However, it is not as effective as desoldering pump. 11. PCB holder This is a nice soldering accessory that firmly holds your PCB while you are soldering or desoldering. 12. Wire cutters and strippers These are tools that help you cut and strip wires easily and effectively. Buy your soldering tools and accessories from us today The quality of your work depends on the quality of your tools and equipment. Likewise, for a smooth and efficient soldering, you will  need  high quality soldering tools and accessories. We have all the soldering tool and equipment you need, whether you are a beginner or an expert at soldering works. Just click here to view our products.

Selecting the perfect welding power supply for your project can be mentally and physically tasking. Whether you’re a novice to welding or want to take it to the next level, it can be difficult to know what you should look for. Welding is a process of joining two similar or different materials (commonly metals) together. Welding power supply is a device whose primary function is to provide or modulate sufficient power for welding process. In this article, we will walk you through some options to consider when selecting a welding power supply that is efficient, powerful and easy to handle. Here are five major guides to selecting the perfect welding power supply for your project; 1. Consider the welding location The welding location is a vital factor to consider when selecting a welding power supply. Whether it is a home project or an indoor installation, it is important to use a welding power supply that does not produce excess sparks and spatter. Also, your device should be able to operate at a power of around 220 to 240 volts : since 220 volts supply is a standard supply that any residential or commercial area receives. 2. Consider the nature of the material to be used The component of the material and its thickness must also be considered. Welding is usually done on materials like Stainless steel, Carbon steel Cast iron and Aluminium. Although Stainless and Carbon steel is compatible with many kinds of welding machine, Aluminium requires more complex ones. In case the welding material is thick, then you will need a power supply that can produce enough current to weld appropriately. 3. Determine the welding process to be used The type of process used in welding is also an important factor to consider when selecting a welding power supply. The process of Stick welding is normally used for welding materials like Stainless steel, Carbon steel, and Cast iron. It is cost-effective since it does not need shielding gas. A Shielded Metallic Arc Welding(SMAW) machine that produces more amperage at the start which keeps it hot and helps prevent the electrode from sticking when striking an arc should be used. 4. The product should come with a manual The main function of a manual is to give assistance to a user on the proper usage of any machine. A user manual points out important things to look out for and do while making use of the machine. It informs you of the things you must avoid while using your device. This information usually contains the things that may render your warranty invalid and ways to forestall any risk. It can be found at the safety hazards section in your manual. 5. Make sure the product has warranty A warranty is the assurance that a manufacturer gives to a buyer that a product or service is genuine and just as represented. A warranty gives you the assurance that the product you have bought is of good quality and is void of manufacturing faults and errors It usually covers repair and replacement cost due to factory and design flaws and defects. Reach out to us for high quality guaranteed welding power supply Are you looking for a deep welding, easy to use and high precision control welding power supply? Search no more. We provide a wide range of top quality and portable welding power supply that have high anti-jammimg circuit and are best suited for all your welding needs. Click here to view our product.

Welding remains one of the oldest arts in history. Its history has been traced back as far as the iron age. However, as the world progresses and technology improves day by day, there have always been advancements in the power supply or source needed to propel the welding activity. Not many people know and understand the significance of having the correct and appropriate welding power supply. Choosing the right welding power supply helps you to prevent the formation of a disfigured lumpy mass and ensures a neat welding process. You may have been wondering about how to get the most appropriate power supply for your welding process that will ensure efficiency and productivity. Don’t stress too much, In this article, you will be guided on factors that you should consider before choosing a welding power supply. Factors to consider before choosing a welding power supply 1. Nature of Material to be Welded The nature of the material to be welded stands as the most important factor that you should consider. You may want to ask why? Generally, there are different types of metals that are available on the earth’s crust. Each of these metals differs in properties. The strength of the material which portrays its nature significantly determines what form of power supply you should use. You simply cannot use a weak power supply to weld some high-strength metals such as tungsten, chromium, steel, and so on. Hence, you need to always check the specification and metal strength range that the welding power supply can be able to handle. 2. Thickness of the material to be welded In addition to the strength, thickness also goes a long way to determining which power supply is best required for the welding process. The thickness is expected to be within the range capability  the welding powers supply 3. Available Current and Temperature Range Every metal has respective currents that are high enough to weld them. You need to always check out the current to prevent issues related to improper welding which forms weak welds. Similarly, the temperature range needs to be checked out too. The action of the welding power supply must be within the speculated temperature range assigned to each metal. 4. Design of the welding power supply The welding power supply can be divided into several categories which include generator and alternator, transformer, inverter, and so on. The design of the welding power supply determines the output current and its mode of operation. Hence, its design is very important to be checked out so that it can fit into your work style. Partner With Us Today for Premium quality Welding Power Supply Certainly, the use of a welding power supply for your welding processes cannot be underestimated. Their effectiveness coupled with productivity facilitates their continuous usage in the welding industry. Are you in need of a high-quality welding power supply? You can consider checking on us to get the best quality at very affordable prices. Contact us today to get your premium quality welding power supply delivered to you at affordable rates.

There are some qualities that differentiate a bad supplier from a good supplier. These qualities will guide you and also help you determine if the product purchased is of a good quality. Soldering accessories supplier should possess a characteristics that help improve and sell the products excellently, aside the fact that, the product quality, durability which are the target feature to sell the product. Soldering is a process in which two materials are joined together without dying fusing them, it not like welding that melts the metal together but instead of melting it, it melts solder which is the filling materials and join the materials together. So, the soldering device contain different accessories that make it complete for every electrical work to be done in an industry, and it also depend on the chemical composition, size and materials of what you need to join together because you can’t use same soldering accessories for all soldering applications. You will be needing different set of accessories, example of this soldering accessories include preheated, soldering mat, smoke absorber, solder tape, wire cutters etc. What makes a good supplier of soldering accessories? Soldering accessories supplier possess characteristics listed below; 1. Product quality When you’re considering whom to choose as soldering accessories supplier, you need to evaluate how accountable the supplier is regarding to the product he supplies. So, the materials composition of the soldering accessories determines it quality and quantity. You need to be sure of the materials used for the designing of the soldering accessories you want to purchase or else you could be a victim of purchasing substandard product that’s why you need to be familiar with different accessories available and their composition, check at gordakelec for more details about the soldering accessories. 2.Adjustable Temperature Secondly, When considering any soldering accessories supplier you need to ask if the soldering iron is built with a thermostat which helps in regulating the temperature of the soldering tools. If the soldering tools can’t adjust the temperature when it extremely hot it might destroy the component or circuit in which you want to join together. So, confirming the degree of hotness is also very crucial. Some soldering accessories sold to customers might not be hot enough to perform the required application because the powering units is low or inadequate. That’s why you need to perform a little test on the accessories before purchasing. Although seems difficult but should be done to ensure transparency between supplier and customer. 3. Various tip sizes A good and quality soldering accessories must have different tip sizes because this tip sizes makes it easier for them to join the soldering materials with the metals, instead of using just one tip size for various jobs which will definitely make your job imperfect, the tips are used to perform such tasks. And if your soldering accessories doesn’t contains different tip sizes, then you might not perform some soldering application because the tools isn’t available. Partner with us a reliable soldering accessories supplier   We produce quality soldering accessories that’s different from others because we focus on service while designing a cost effective methods soldering tools. We provide unique quality and ultimate user experience with our products. Kindly contact us if you need any of our products by clicking and you will see our various designs that are appropriate for your business.

People who need to observe a certain thing in greater detail should use magnifying lamps. A multitude of circumstances can influence why you should use a magnifying lamp with lights. These aspects include someone’s (aged) eyes’ health, how often they prefer to read, their profession’s demand for lit magnification  Also, magnifying lamps used for hobbies involving smaller scales. Medical experts and various types of manufacturers, of course, require magnifying lights. The magnifying lamps assist with surgery, visual inspections, and duties that demand detailed, up-close observation.  However, in this article, we’ll take a closer look at five of the most typical magnifying lamp applications. Some of the most popular reasons why people buy LED magnifying lamps are as follows: Magnifying Lamps For reading The plain truth is that magnifying lamps can help persons with vision impairments, and those whose eyesight deteriorates with age. Even those who have eye disease such as age-related cataracts or dry macular degeneration find magnifying lamps extremely helpful. For ardent readers with impaired vision or eye problems, magnifying lamps, whether sitting next to a chair or clipped onto a table, illuminate the language on the page, enlarge it, and bring the written word into focus. When you don’t have to, why squint when reading a book or article and give yourself a headache)? The magnifying lamp is a fantastic tool for generating high-quality crafts. An excellent approach to start is to contact a reputable manufacturer for the best magnifying lamp supply. Crafting Magnifying Lamps A magnifying lamp with light can be a true life (and eye) saver if you sew, crochet, knit, string beads together, or do any other craftwork that demands precision using tools and materials that demand meticulous attention. Without staining your weary eyes, you can see your minute labor in greater detail. Magnifying Lamp for Repairing Electronics, jewelry, and precision watches They are vital equipment for persons who prefer to manufacture or dabble with jewelry and electronics at home, or who have a side business repairing timepieces.  The chore of managing the small components that make mechanical timepieces tick is made much easier using magnifying lamps combined with a loupe.  The same can be said for many electronic components such as motherboards and servo motors. Professional Estheticians and Tattoo Artists Use Magnifying Lamps For estheticians and tattoo artists who work with human skin on a regular basis, magnifying lamps with light are essential. Dermatologists, for example, fall under this category. The more clearly these specialists can see the lit, enlarged surfaces they’re working on, the better they’ll be able to complete their tasks, resulting in greater results. Hobbyists and model builders can benefit from magnification. Hobbyists and model builders who paint miniatures or make scaled-down models such as vehicles, planes, and dioramas will find magnifying lamps to be extremely useful. The combination of bright light that highlights their work and improved magnification allows creative technicians to protect their eyes while focusing on minute details. Hobbyists can therefore devote more time to their projects because the effectiveness of magnifying lights. Get the best magnifying lamp supply from Us Consider a GORDAK magnifying lamp supply if you want to illuminate a greater area. Our lamps provide outstanding magnification as well as consistent, flicker-free illumination, which helps to alleviate straining of the eye Do not hesitate to contact us if you are looking for the most long-lasting magnifying lamps.

In selecting a magnifying lamp that’s suits your work perfectly. It is essential you follow these steps Firstly, identify what equipment will be used on the project, next determine the size and character of the topic, and finally assess the object’s surface character to find the best magnifier for the job. Afterwards, think about the following features of magnifiers: Number Of Components: Low-power applications require only a single lens. For improved resolution and modification of chromatic and other eccentricities, magnifiers of greater power require two or more lens elements. Distance of work: The working distance is described as the span between the magnifier and the object being viewed. The category of work that must be done beneath the magnifier is influenced by this distance. If your job necessitates the use of tools, a magnifier with a long working distance will provide adequate room to operate the tools while also viewing the object comfortably. Close-up inspection work requires magnifiers with a small working distance and higher powers. Field Of View: The field of view refers to the region seen through the magnifier. Lens diameter and field of view decrease as power increases. The field of view at 5 power (5X) is around 1.5 “. It is roughly 0.5 at 10 power (10X) “. Generally, low power is best for scanning bigger surfaces while high power is best for scanning small regions. Eye Support: The utmost distance between the magnifier and the eye that allows for a complete field of view. Lengthier eye supports provides a more comfortable viewing experience. Field Depth: The space between the nearest and furthermost places at which a magnifier in each position remains in focus. As power increases, the depth of field shrinks.  The magnifying lamp  is an outstanding product that is perfect for producing high-quality calligraphy, embroidery, stenciling, and more. Contacting a good supplier of the products is a good way to go Enlargement: The human eye is thought to be able to focus at a distance of 10″ for comfortable viewing. An object that is only 1″ away from your eye is ten times larger, but it is out of focus. The purpose of a magnifying lamp is to help your eye concentrate closer. Because a 1″ focal length lens offers clear vision down to 1″ from the eye.  Furthermore, an item at this distance is clearly visible and appears to be 10 times closer than when viewed from a distance of 10″. A magnifier of this type is frequently referred to as a 10X or 10 power magnifiers. The magnifying power of a lens can be approximated using this definition: If the focal length is stated in inches, MP = 10/FL. If the focal length is given in millimeters, the formula is MP=250/FL. Working distance, eye relief distance, and the characteristics of the observer’s eye all influence the actual magnifying power. IN MAGNIFIERS, MAGNITUDE AGAINST POWER An ideal magnifying lamp would be light, have a large diameter, with a vast viewing area and high, distortion-free magnification. However, it is optically impossible to combine all these qualities into a single unit. The focal length of a lens determines its magnification capability. The focal length is determined by the curvature of the lens, the larger the curvature, the shorter the length of focus and the higher the power. The width of the lens will typically decrease as the radius of curvature increases to provide better power in the construction of a simple, affordable magnifier. In contrast, as the curvature is reduced to reduce the power, the diameter grows, resulting in a larger viewing area. In addition, when the radius of curvature grows, so does the amount of distortion. As a result, a magnifier with a big diameter usually has a larger viewing area while using less power.  As a result, without elaborate, heavy, high-cost lenses, both a wide field of view and a high magnifying power cannot be combined in a single design. Make us Your Reliable Magnifying Lamps Manufacturer. If you’re looking to illuminate a larger area, consider contacting us as a reliable magnifying lamp manufacturer. Our lamps offer excellent magnification along with dependable flicker-free illumination that helps to reduce eyestrain. Do reach out to us for the most durable magnifying lamps.

A pre-heater station is one of the most important tools that every electrical technician must use in his office. It is a vital tool that speeds up the repair of circuit boards. Without a pre-heater station, repairs of the board would be very difficult and time-consuming. Interestingly, it is used for soldering as well as de-soldering of almost all types of boards. When a lead is placed on it, it melts and changes to a fluid that aids the attachment of components on the board. Investing in a quality pre-heater station from a reliable and reputable manufacturer is highly recommendable. This is because you will be sure of the quality of tools and technical supports in the case of malfunctioning. Read on as we take you through some key features of a modern pre-heater station. It is will help you to make an informed decision when purchasing one for your electronic/electrical work. 1. Induction Switch The induction switch is designed to regulate the temperature of the pre-heater station. When you hold the hand, the temperature starts to increase for soldering. When you put the handle down, it stops working. The design enables the pre-heater station to regulate the amount of energy. When the tool is not working, switches off to save more energy. Moreover, it also regulates overheating of the nozzle. 2. Versatile In Usage A pre-heater station is a key tool that is multipurpose. It is used to work on different circuit boards. Some of them are computer boards, chips, PLCC, SOIC, and common electrical boards. Furthermore, it can be used to remove lacquer, viscidity, and heating shrink. Sometimes, it is also used to solder glue on boards as well as drying or icing-out. 3. Easy To Use The tool is designed for every technician. This is why it is easy to use. You need little technical skill to know how to handle it. The manufacturer’s manual gives simple steps on how to use it effectively. When the steps are followed, you are sure of excellent work on the board without any damage. It is important to state here that setting of temperature is very essential. Different boards require different temperatures. Ensure to use the right temperature for the board you are working on. 4. LED Indicator There is an LED indicator that indicates the power setting of the tool. When the pre-station station is plugged into the power supply, the LED indicator emits light. Other LED indicators also emit lights appropriately to indicate when the tool is ready for soldiering. 5. Wind Volume Proof One interesting thing about this tool is that wind volume does not affect the temperature. It is a feature that makes it easy to use both indoor and outdoor. The temperature is accurate and rises very fast. Contact Us For Quality Pre-heater Station It is essential to use an effective tool for a perfect electrical job. A pre-heater station is a vital tool that you should purchase for your work. As a reputable manufacturer, we produce quality tools that make work easy. Kindly reach out to us for your quality pre-heater station. You will be glad you invested in it. Click here to view our products. 

The preheater station is made of anti-static material which is safer for soldering sensitive parts of equipment. The surface won’t be affected by rust because it’s made of stainless materials and the low-temperature feature allows it to save energy. Its work-efficiency is high, low cost of maintenance, it also uses a digital thermostat to control the temperature conveniently and the temperature is stable, desoldering the original circuit board to ensure smooth and clear panels when soldering of new circuits It is very much applicable for electronic devices maintenance, mobile communication maintenance, factory and industry production maintenances, etc, and the unique feature of these devices is it makes work faster and easier. Some FAQs when you want to purchase a preheater station Many Electronic technology companies prefer to understand the complexity and the function of the type of preheater station to purchase for their electrical maintenance. The following questions are what you should use as a guide when planning on purchasing a preheater station, 1. What are the advantages of indirect preheater? Better thermal controls secure the handling of thermoplastic materials without destruction of the materials using maximum heat · The heating condition is safe because of the uniform distribution from the thermal oil. · No hotspots which are the temperature is uniform in all parts of the preheated · Long lifetime of the preheated because there’s no overheating in the steel parts due to gently supplying of heat. 2. What are the advantages of direct preheater? · Low cost of maintenance · The healing time is quick because the steel on needs to heat the preheater · The melting capacity is high 3. Which preheater size should I choose? There’s a rule that the volume of the preheater must be a minimum of four times the capacity of the marking machine. That’s why we always suggest that you buy two small preheater stations than one big one. Below are the reasons for choosing two small rather than one big preheater · It melts faster because it is small · It Possible to work with two colors · Can be used to Handle small jobs where fewer machines are Needed. 4. How can I maintain the preheater station? The maintenance of the preheater can be an essential role in the lifetime and melting point of the Preheaters. Some thermoplastic materials usually settle down at the bottom of the preheater and decrease the melting capacity of the preheater which will destroy the preheater station. So, for you to maintain your preheater station take note of the thermoplastic component and ensure you use two preheater sand immediately refill the other one with half of the materials for quick healing. Partner with us for standard preheater station As a leading brand in the design and manufacturer of various types of standard preheater stations, we offer the best and excellent products that will give your desired results. In case you need a credible manufacturer and distributor of preheater stations. kindly click to see our various offers for this festive period, we give you the quality and best offer. Merry Christmas and a super fabulous year ahead! From all of us at Gordakelec, we say thank you and it is a pleasure to do business with you. Thank you for all the trust you have in us, we are looking forward to a New Year filled with more opportunities from you Happy and Prosperous New Year! 

Welding is frequently thought of as an intimidating trade. But choosing the right welding power source can be equally intimidating and overwhelming. Whether you’re new to welding or want to upgrade your machine, it can be difficult to know what to look for. Select the Proper Power Supply  Welding power source types are defined by how they modulate electrical currents and what arc welding process is best supported by this modulation: Direct Current (DC) A DC power source is a flow of electrons in a single direction through a circuit. In welding, it creates a steadier arc and smoother output. It can be used to weld with a negative ground, or the flow of electrons can be reversed to flow toward a positive ground in reverse polarity. Alternating Current (AC) The AC power source is the bidirectional flow of electrons in which the polarity shifts a hundred or more times per second from a negative to a positive ground. Arcs tend to be less stable and welding is harder to control. However, AC welding can break apart oxide formation and allow for purer welding in some processes. Pulsed Current This is a form of DC welding in which the current goes from a high peak current to a lower background current at a frequency determined by the operator. This narrows the arc, allowing greater penetration while reducing the effect on surrounding materials. As a result, pulsed current welding is an excellent choice for welding thin metal or performing deep welds on thicker materials. Pulsed Voltage and Heat Pulsing GMAW power supplies focus on controlling pulsed voltage and heat applied to the consumable electrode. Controlling the pulsed voltage (heat) and wire feed speed allows greater control over how the wire melts and the rate of deposition. Adaptive pulse GMAW carefully monitors feedback and automatically compensates to keep the arc consistent despite variation by the welder and differences in height and joint location. Additional Items to Consider Once you have your welding process and the type of power source selected you should consider a few more key items to determine the size including: What is your Input Power? Your power source needs to match the type of input power available. The amount of electricity your welding system needs will ultimately depend on the type of power supply you select. Single-phase: 115, 200 or 230 VAC Three-phase: 230, 460 or 575 VAC Material Thickness Simply put, the thicker the material the more power required. Duty Cycle Duty cycle is the percentage of arc on-time a welding power supply can operate in a given period. One of the most common mistakes welders make is under-sizing their power source. It’s important to understand how much amperage your power source can generate at any given duty cycle and ensure it’s MORE than enough to meet your demands. Understanding the types of welding processes and power supply types is a large undertaking and can be overwhelming but a reliable power source will serve you for many years. Before You Buy One of the most important elements to consider when shopping for a new machine is the warranty and certification. Odds are, you will need good warranty and technical support during the life of your machine. Be sure to purchase a machine from a reputable company and brand. GORDAK make the customer number one and provide the customers with the quality, soldering station, SMD rework station, Ultrasonic Cleaner, welding power source and so on. Partner with us if you have any needs for above mentioned products. We will be your best choice.

Depending on your applications and budget, you might be wondering about the right approach to take when working on printed circuit boards, or PCBs. When it comes to the technology involved in heating up solder paste and installing or replacing electronic components, there’s an ongoing debate surrounding which type of rework equipment to use. Much of this debate comes down to whether to use a hot air rework station or a heat gun. Let’s take a look at the advantages and disadvantages involved in each method, so you can determine the best choice for your needs. Hot Air Rework Stations — Pros and Cons As its name implies, a hot air rework station uses heated air — directed by varying sizes of nozzles — to evenly and quickly heat the PCB area you’ll be working on. Typically, a pump activates to circulate fresh air over a heating coil. Depending on which type of rework station you use, the pump’s action can produce noise that some operators find distracting. However, since you can precisely direct a rework station’s nozzle to the area you’re working on, the heated airflow occurs rapidly — so you can complete your work efficiently. Another benefit of using hot air rework stations is that they can double as soldering stations as well. With a hot air station, you can remove broken or old components and — after thoroughly cleaning and prepping the area — use the same station to solder new pieces onto the existing PCB. Also, since most hot air stations operate on a non-contact method, you’re far more likely to avoid damaging other areas of the circuit. Hot Air Guns — Pros and Cons Some hobbyists note that an alternative to hot air rework stations is hot air guns — often made exclusively for embossing jobs. Hot air guns produce heated airflow that can melt solder and remove components — like ICs — from PCBs. The most significant advantage of these hot air guns is their low cost. Hot air guns are available for a fraction of the price of a professional hot air rework station. But if you’re serious about working on PCBs, this is where the advantages of hot air guns end. Because hot air guns heat a large portion of any PCB you’re working on, they can also cause significant damage to other components, as well as the board’s laminate. And because hot air guns aren’t as accurate as rework stations, your resulting work area can wind up being pretty messy. What can I use instead of a heat gun? Soldering Iron If you are working on a smaller surface area that requires more precision and delicate craftsmanship, you can use a soldering iron. Lighter For a quick and small fix on the go, you can give your good old BIC lighter a try. Just remember to watch your fingers.  Matches If you don’t have a lighter, you can use matches as well. What’s more, many people find match sticks easier to control and maneuver than lighters.  Clothing Iron Your clothing iron is another everyday household item that can replace — within limits — a heat gun. Plug the iron in, stand it upright, and hold the object you want to treat close to the iron without touching it. Slowly move the object in front of the iron to ensure that the entire surface area receives the same amount of heat exposure. Remember to take your time and be patient.  Contact Gordak for a quality rework station For more information on hot air rework stations, as well as our training for their competent use, feel free to contact us today.

There’s no point in beautiful solder connections if the system is unreliable. Cosmetically acceptable solder joints are important but only if they are achieved in a reliable fashion. Wetting issues can be eliminated by employing stronger fluxes, but the resulting ionic contamination can cause failures. And overheating components leads to premature failures. Neither ionic contamination nor overheating can be seen but they can be deadlier than unattractive solder. Anyone can melt solder onto components; very few people do it reliably. Reliability can’t be inspected in. A cosmetically defective solder connection is almost certainly unreliable. However, cosmetically acceptable alone proves nothing. True reliability requires doing the job right the first time, every time. There’s no such thing as “cold” solder. Again, words matter. The logical corrective action for “cold solder” is more heat, and that is the normal industry approach to the problem. But, unless the solder actually froze before completing its flow (as in a plated through-hole with heavy mass), what people call “cold solder” is just poor wetting. IPC-A-610G, 1.8.2, defines “cold solder” as “A solder connection that exhibits poor wetting, and that is characterized by a grayish porous appearance. (This is due to excessive impurities in the solder, inadequate cleaning prior to soldering, and/or the insufficient application of heat during the soldering process.)” The British have a better term, “dry solder,” that accurately represents the underlying solderability issue. Perfect soldering is easy – 98% perfect is hard. I began this series by telling you that “perfect soldering is simple.” So, it seems appropriate to end with the same theme. Soldering is actually a fairly straightforward science. If we meet a small number of requirements imposed by nature, the solder will do the work and produce perfect connections. But we must comply with all the requirements. A process that violates just one of nature’s requirements produces visually unacceptable connections; it is necessary to set other parameters to sub-optimal levels that compensate for the initial flawed setting. Perfect soldering really is easy, but it doesn’t happen by luck or guesswork. Read our next article in the soldering series making sense of wave soldering. Do you need a soldering and rework station? 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. If you have any need for soldering station, please do not hesitate to contact us.

For precisionists, designers and inspectors, a magnifying lamp is usually an inevitable tool. They are very useful in decreasing strains to the eyes as well as avoiding fatigue to the eyes because they allow the user to detect tiny details in a breeze. If you are having trouble deciding on whether or not to get one, then this article will breakdown key terms and help you choose the magnifier that is best suited for you. Lighted magnifiers When it comes to picking a magnifier, good lighting is critical. A quality fluorescent, halogen, or LED lighting source embedded around the viewing glass frame compensates for this in magnifying lamps. By radiating shadow-free light, the fluorescent brings forth clarity of vision. Halogen lamps produce a warmer glow but heat up faster. LED lamps provide less light but last significantly longer than either of the two lights. The dioptre A dioptre, simply put, is the depth or amount of curve a lens has. A thicker lens indicates a higher amount of curve and magnification and vice versa. This can be expressed mathematically by dividing the diopter by 4 and adding 1. A 2 diopter lens. This means that objects viewed through this lens will appear 150 percent larger than their actual size. The focal length This is the distance covered between the lens and the object in focus. The larger the magnification, the smaller the focal length and vice versa. The field of view (FOV) When the magnifying lamp is turned on, the size of the circle under the lens’ focus is known as the field of view and as previously stated, a higher magnification indicates a smaller focal length and vice versa. Hands-free viewing Using a magnifying glass allows you the freedom to manipulate your object of interest with both hands, only stepping back to adjust the magnifying lamp once in a while. Tips for best use 1. To avoid straining an eye, use both eyes. 2. Ensure your eyes are eight to ten inches away from the mirror while making sure the lens is tightly fixed on the object. 3. And try to be comfortable and maintain good posture by properly positioning your chair and work surface. In need of high quality magnifying lamp? Whenever you are in need of a reputable manufacturer of the best magnifying lamps to partner with, you can trust us for the best product at a give-away price. Kindly click here to contact us for consultation or to place an order.