The 10 Best Soldering Irons for Beginners to Professionals

Buyer’s Guide – What to Look for When Buying a Soldering Iron

When trying to find the best soldering iron for your needs, it is crucial to keep several things in mind. There is a lot of variation between soldering irons and not all of them are a good choice for your projects. For example, it is essential for the soldering iron to have the right amount of power and to provide the right temperature range.

Let’s take a closer look at the factors that are important when deciding which soldering iron to buy.

Power / Wattage

A soldering iron’s power output is one of its most important features. It is measured in Watts and also gets referred to as its wattage. Enough power allows an iron to heat up fast and to easily maintain its temperature while soldering. With an underpowered soldering iron you will have a difficult time getting good results, and you are more likely to end up with messy solder joints.

Keep in mind that a higher wattage does not equal a higher temperature. It only affects how quickly a soldering iron heats up. This does not only come in to play when initially heating up the iron, but also during soldering. Each time you solder a joint, the iron loses heat and drops in temperature. The wattage affects how fast it recovers that temperature.

Which Wattage is Best?

Typical soldering irons come with 20 to 80W of power. When buying an iron, you don’t necessarily need to go with the highest wattage. Less power might be okay for you if you don’t plan on soldering components with a high thermal mass. Instead you can save money buying something less powerful.

Soldering irons can be classified in several rough categories based on their power:

• < 30 Watts. Soldering irons with less than 30W of power are not something I would ever recommend. They are underpowered, causing you to have to wait a long time for it to get up to temperature. During the soldering of a joint, they do not provide enough heat to maintain temperature.
• 30-50 Watts. These irons have enough power to heat up fast and to remain at temperature. They are excellent for basic soldering jobs and you can find a lot of good value options in his range.
• 50-70 Watts. The most common available wattage in this range is 60W. This is a great choice for most soldering jobs. You can find a lot of reliable soldering irons in this range.
• 70 Watts and higher. Soldering irons with 70W or more are suited for bigger solder jobs, like soldering lower gauge (=thicker) wires. Unless you are a professional that has to solder real heavy-duty stuff, this is likely more than enough for your needs.

Because the lower Watt soldering irons are pretty much useless, I have made sure to only add ones with 40W or more in the recommendations of this article.

Temperature Control and Range

Temperature control on a soldering iron gives you the ability to adjust the temperature of the tip. Not all soldering jobs require the same temperature. For some things, like lead-free solder or heat-sensitive components, you need to work within a different temperature range in order to get good results.

In order to use your soldering iron for a wide variety of soldering jobs, the best choice is to buy one that comes with temperature control. It is also important that the temperature settings cover a wide enough range however.

Adjustable soldering irons and stations typically come with a temperature range of 392-896 °F(200-480 °C). This is wide enough for most applications and is sufficient to work with lead-free solder.

Lead-free solder has a higher melting temperature than leaded variants.

Temperature Accuracy

Aside from temperature control over a wide enough temperature range, it is also important that the temperature of the soldering iron tip is accurate. You don’t want to set your soldering iron or station to a certain temperature, only to find that the temperature of the tip is way off. This can lead to bad solder joints and even damage to components through overheating.

Buying a soldering iron with good temperature accuracy gives you the confidence that the set temperature is equal to the actual temperature of the tip. In general, higher quality units from reputable brands tend to be more accurate than cheaper off-brand alternatives.

Digital vs Analog

When researching which soldering iron or station to buy, you might notice that some of them are labeled as analog, and others as digital. Their main difference is in the way they control the temperature.

Analog soldering irons are the simplest of the two options. They have a knob to control the output temperature and that’s about it. There are no advanced electronics that ensure accurate temperature, and there is also no display that shows the set temperature of the iron.

Digital soldering irons (these are usually stations) are more advanced than their analog counterpart. They are also more accurate and have narrower temperature tolerances.

Digital soldering stations typically come with a display that shows the temperature setting of the iron, sometimes with the actual temperature next to it. In terms of controls they offer either a rotary knob or physical buttons. A knob is preferred, because it only takes a single operation to fully adjust the temperature. When working with buttons it can sometimes take multiple key presses to adjust a setting.

The downside of digital irons is that they are more expensive.

Soldering Iron Type

Soldering irons come in several types which can be a bit confusing. Some examples of types are solder pencils, soldering stations, adjustable soldering irons, cordless irons and soldering guns. They differ in various ways, most notably in their output temperature, power and portability.

For most users I recommend a soldering station. For more information I refer you to the relevant section on soldering iron types further down the page. It has details on each type, along with benefits & drawbacks, best use cases and product recommendations.

ESD Safe vs Non-ESD Safe

Soldering irons are either ESD safe or non-ESD safe. ESD stands for electrostatic discharge. It is a rapid transfer of charge that takes place when two objects with different potential come close to each other. Because electrostatic discharge typically has a high voltage and a miniscule current, it does not pose harm to humans. Electronic components, however, are often sensitive to ESD and can get damaged by it.

If a soldering iron or station is considered ESD safe, no static charge gets generated on the iron or station. This typically means that the tip of the iron is earthed. This is done with a path from the tip, through the entire device, to earth.

Earthing is what prevents a voltage from building up on the tip. This is what happens with insulated soldering iron tips and needs to be avoided.

For a soldering station to be considered truly ESD safe, a lot more needs to be done than earthing the tip. All external surfaces of the station (main unit, wire insulation and the grip of the iron) have to be made of a static dissipative material that is connected to ground. This eliminates any risk of ESD. For example, if you happen to touch a circuit board with the cable of the soldering iron.

Unfortunately, this extra ESD safety comes with a significant additional cost. As a consequence, fully ESD safe soldering stations are mostly used in industries that deal with ESD certifications.

If you are a hobbyist, you will be okay if you take basic precautions against ESD.

• Make sure to use a soldering iron or station that has a grounded tip.
• Don’t let the electronics you are working on come in contact with objects that can be electrostatically charged.
• Use an ESD mat with ESD wrist strap, and connect them both to ground.

Bertech -ESD High Temperature Mat Kit, 18 Inches Wide x 30 Inches Long...

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Should You Get an ESD Safe or Non-ESD Safe Iron?

In conclusion, always get an ESD safe soldering iron or station that at the very least has its tip grounded. There is no reason to ever go with a non-ESD safe option.

A word of warning; cheap Chinese soldering irons regularly come with questionable grounding.

Ergonomics

A soldering iron needs to be easy to hold and maneuver around. Working for a long time with an unwieldy hunk of metal and plastic is unpleasant. You don’t want to end up with fatigue and cramps in your hand. In addition, the precision involved in soldering means that you want something that is easy to position and aim.

For maximum comfort, you want to have a lightweight iron with a thin silhouette and ideally some kind of rubber/silicone grip. Other than that, the grip should also not get noticeably hot to the touch.

Soldering stations are typically better for this than soldering irons. They have all their electronics in the main unit that rests on your desk. This makes the iron itself a lot lighter.

Standalone soldering irons need to contain everything in the handheld unit themselves. This makes them larger, heavier and more unpleasant to work with.

Soldering Tips

Soldering tips are located at the end of a soldering iron and do the actual work. They are hot and responsible for transferring that thermal energy to the object being soldered. They are typically made out of copper, for its heat transfer properties, with an iron coating for durability.

Even though soldering iron tips are durable, they don’t last forever. Over time they oxidize and wear down. This makes it important to buy a soldering iron with replaceable tips. It would be bad to have to replace an entire soldering iron just because the tip wears out.

Tip Types and Shapes

Soldering tips come in different shapes and sizes. The shape of a tip affects how it distributes solder. This causes differently shaped tips to be suited for different soldering jobs. Some examples of tip shapes are chisel, conical, hoof, pyramid, mini-spoon and mini-wave.

Chisel and conical tips are the most common tips in use. Chisel tips are an excellent option for beginners. They have a large flat surface that makes them good at transferring heat and easy to hold in place. They are ideal for soldering through-hole components.

Conical tips are harder to work with than chisel tips, but give you a lot more precision. For that reason they are more suited for the soldering of delicate components, like small SMD parts. Hoof tips are a great choice for this as well.

What to Pay Attention to When It Comes to Soldering Tips

• Make sure that the soldering iron you intend to buy has replaceable tips, and those tips are affordable and readily available. You don’t want to spend a fortune on tips during the lifespan of the soldering iron.
  Sometimes you can buy compatible tips from other manufacturers. This gives you extra options to choose from.
• Copper tips with an iron coating perform better than all-iron soldering tips. All-iron tips are cheaper, but do not conduct heat as well as copper tips.
• It is great if a soldering iron comes with various additional tips. This gives you more flexibility when soldering and saves you from having to buy individual extra tips later. These are usually more expensive when bought separately, compared to when they come included with the iron or station.

Price

Another factor to consider when selecting a soldering iron is the price. You can spend as low as $10 for a cheap iron, or hundreds of dollars for a professional-grade soldering station. Luckily, you don’t need to spend a fortune to get good results. A mid-range model is often more than enough.

A quality soldering iron is likely to last for a long time. Given that it is a long-term investment, it is a good idea to make sure that it has enough features for your future needs. This usually already eliminates the cheapest options.

Higher-end soldering stations are good for certain specialized work, but don’t do anything special when it comes to your basic and intermediate soldering. So it is better to save some money there and go with a good mid-range model.

Brand

Just like with anything you buy, buying soldering equipment from a reputable brand gets you a better quality product, better customer service, longer warranty and better return policies. This means spending a bit more money up front and is, in my experience, worth it to avoid future hassle with products that break prematurely or do not give you good results. Spend a bit more, save time and frustration.

Some examples of reputable soldering equipment brands are Hakko, Weller, JBC and Metcal.

Soldering Accessories

While a well-performing soldering iron is the most important thing when it comes to soldering, it helps to have some soldering accessories to get the best results. For example, you need something to clean and tin the tip, and if you apply too much solder somewhere, you need to be able to remove it.

Oftentimes, the soldering iron that you buy already comes with one or more accessories. This is something to keep an eye on when you are picking a soldering iron, because it means you don’t have to buy these later.

Let’s take a look at commonly used soldering accessories, and which ones are necessary and which ones are optional.

Necessary Accessories for Soldering

Soldering Tin

You can’t solder without solder. Solder is a metal alloy that you melt in order to create a bond between metal parts. It often contains flux in its core, which makes soldering easier. When buying solder, you can choose between lead and lead-free solder. Both are available in various thicknesses.

Leaded vs Lead-Free Solder

Leaded solder is a mixture of tin and lead. For a long time it was the most used solder in electronics manufacturing and rework. In recent times however, health and environmental concerns about lead have led to the ban of lead (you might have to read that twice!) in newly produced electronics in the EU. As a consequence, leaded solder is used less and less, even though it is still commonplace in the US.

The most commonly used leaded solder is 60/40 rosin core solder. It consists of 60% tin and 40% lead and is great for both beginners and professionals alike. It is cheap, easy to work with and creates quality solder joints.

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Lead-free solder is harder to work with than leaded solder. It requires a higher temperature to melt and comes with a higher risk of tin whiskers. These are thin filaments of metal that can grow out of certain metals. Eventually they can form unwanted bridges between solder joints and cause electrical failure.

On the plus side, lead-free solder is better for the environment and safer to work with.

Two popular lead-free solders are 99.3Sn 0.7Cu and 97Sn 0.3Ag 0.7Cu rosin-core solders. They mainly consist out of tin (Sn), copper (Cu) and sometimes silver (Ag).

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Never use acid core solder for electronics. The acid causes corrosion and destroys components & circuit boards. It is mainly used for plumbing and metal work.

What Thickness of Solder to Get?

When soldering, you always want to match the diameter of the solder to the joints that you are soldering. If you want to fill large joints in quickly, then a thicker solder like .062″ / 1.5mm is ideal. For very small joints however, you are better off with .02″ / 0.5mm.

Basically, make sure that you have a couple of different sizes of your favorite solder at hand, and you’ll always be ready to go.

Store your solder in a cool and dry place and it will last for many years without a noticeable decrease in performance.

Stand

Technically you can solder without a stand, but that would be dangerous so I included it with the necessary accessories. Soldering irons get very hot (up to 480°C/896°F) and it is important to keep them in a secure place when not in use. That way you won’t accidentally burn yourself or objects around you.

A soldering iron stand is made for storing your iron when you are not actively soldering. That way you know where it is at all times. Soldering stations nearly always have a stand included, but if you buy a loose handheld iron, chances are that you need to buy a stand separately. They don’t cost much and are essential.

Aven 17530 Soldering Iron Holder with Brass Coil Tip Cleaner

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Sponge

Soldering iron tips continually oxidize, especially at higher temperatures but also at room temperature. To get the best soldering results it is necessary to remove the black oxidation layer and keep the soldering tip clean. This is typically done with a sponge. Aside from improving the soldering itself, it also extends the lifespan of the tip.

Typically two types of sponges are used for this, conventional sponges and brass sponges. Conventional sponges are used wet, which temporary drops the temperature of the tip. This causes the tip to contract and expand, eventually shortening its lifespan.

Brass sponges are used dry and do not come with any of these negative effects. This makes them the preferred option.

Hakko 599B-02 Solder Tip Cleaning Wire and Holder, 1 PACK

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Optional Accessories for Soldering

Helping Hands

A helping hands or third hand tool is a device that holds things for you. It comes with two or more arms with alligator clips on the end. Sometimes the arms come with extra attachments, such as a light or a magnifying glass that lets you see your soldering up close.

Helping hands make soldering a lot easier. For example, aligning two thin wires and soldering them at the same time is tricky to do with only two human hands.

A third hand tool is not strictly necessary for soldering, but they are very useful. Aside for soldering, you can use them in other situations where things need to be held in place as well.

When buying a helping hands tool, it is important to pick one that comes with a stable base and that has rigid but easily adjustable arms. Magnification and especially light are useful additions.

QuadHands Workbench | Helping Hands Soldering Stations | Soldering...

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Flux

While most soldering tin already comes with flux in its core, there are times when you need to add more. For example, when you are doing rework on a board with lead-free solder, and you need to improve its flow. In these cases, it is useful to have the ability to add extra flux.

The two most commonly used fluxes are rosin flux and no-clean flux. Rosin flux works better, but needs to be cleaned from the circuit board afterwards. No-clean flux works a bit less well, but can be left on the PCB after soldering and does not require the extra cleaning step. If you are just starting out, no-clean flux is a good option to start with.

There are many different ways to apply flux. You can use a flux pen, a syringe with flux, and you can even apply it with a brush from a container. Flux pens and syringes are great for precisely adding flux where you need it.

MG Chemicals 835-PX2 Flux Pen Soldering, 2 x 10 mL, Amber

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MG Chemicals - 8341-10ML 8341 No Clean Flux Paste, 10 milliliters...

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ESD Safe Soldering Mat

In order to protect your workpieces from electrostatic discharge that can build up in your work area, it is helpful to get one or more ESD protection devices. One way of doing this is by using an ESD safe soldering mat.

Aside from protecting the electronics you work on from any unwanted static discharges, it also has the benefit of protecting your work surface from splashes of solder or any other things that might damage it.

Bertech -ESD High Temperature Mat Kit, 18 Inches Wide x 30 Inches Long...

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Antistatic Strap

Another way to protect the electronics that you are working on against ESD is with an antistatic wrist strap. One end goes around your wrist, and the other end connects to a ground point. By grounding you, it prevents any static charge jumping from you to the workpiece.

Vastar ESD Anti-Static Wrist Strap Components, Blue

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Solder Fume Extractor

Soldering fumes pose a serious hazard to our health. They are released when flux is heated past its boiling point and have significant negative effects when they come in contact with our eyes and lungs. Filtering the fumes with a solder fume extractor is the best way to remove the harmful chemicals from the air.

While it is also possible to use a simple fan to blow the fumes away, or to work in a naturally ventilated work area, this still leaves the hazardous particles floating in the air somewhere. It is best to filter them out as much as possible.

When only soldering occasionally, most people do not use a fume extractor. But to make sure that you don’t experience any negative long-term health effects when working on your hobbies, it is best to use one.

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Desoldering Tools

When soldering, no matter if you are a beginner or a seasoned professional, it is inevitable that you occasionally lay down too much solder. In such cases, it is useful to have access to one or more desoldering tools. These tools let you easily remove excess solder from the solder joints that you are working on.

The two most commonly used desoldering tools are desoldering pumps (also known as solder suckers) and desoldering braid (also known as desoldering wick or solder wick). Both are good options. When you need to remove large volumes of solder at once, a desoldering pump is the best option. For the finer cleanup you get better results with desoldering braid.

ENGINEER Engineer Solder Suction Device SS-02

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MG Chemicals - 454-NS Desoldering Braid #4 No Clean Super Wick...

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Recommended reading: The Essential Guide to Desoldering

What Types of Soldering Irons are There?

Not only do soldering irons come with different features and specifications, they can also be subdivided in different categories. For example, there are soldering pencils, soldering stations, soldering guns and other (sub)types that are used to categorize soldering irons. Let’s take a closer look at them and go over the pros and cons of each.

Solder Pencils

Solder pencils are the simplest type of soldering iron available. Not coincidentally, they are also the cheapest. They are often used by beginners who are just starting out, and it does not take long for them to be upgraded to a soldering iron with more features.

They are called solder pencils because of their pencil-like ergonomics. Aside from transferring heat to the metal tip, they do not do much else. There is usually no adjustable temperature control or a temperature read-out, so you are limited in the types of projects that you can use them for.

Pros

• Inexpensive

Cons

• No temperature control
• Limited power
• No stand

Best Used for

Beginners, very simple soldering jobs.

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Adjustable Soldering Irons

Adjustable, or temperature controlled soldering irons are a step up from solder pencils. Whereas pencils reach a temperature based on the balance between input power and environment cooling, adjustable soldering irons are able to control their temperature independently. They do this by increasing heating power when its temperature sensor indicates the temperature is getting too low.

The knob for adjusting the temperature is usually found on the handle of the soldering iron. An adjustable temperature lets you work with solders that have non-standard melting temperatures (like lead-free or bismuth solder), or you can use it to lower the temperature when you are working with delicate components.

Another benefit of a temperature-controlled soldering iron is that when the tip reaches its set temperature, the heating element turns off. This prevents the tip from overheating and lets it perform better and last longer.

Because the entire unit is handheld, it needs to be compact (unlike a soldering station). The downside of this is that it can only fit a small power supply with limited power. As a consequence, it can take a while for to get up to temperature and it is harder for it to remain there while soldering.

Pros

• Adjustable temperature

Cons

• Take a while to get up to temperature
• Limited power
• No stand

Best Used for

Anyone who wants to solder with temperature control, but does not have enough space for a soldering station.

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Soldering Stations

A soldering station is a device with multiple purposes. It consists of a main unit with one or more soldering tools connected to it. The most commonly attached tool is a soldering iron, but it can also come with additional tools like desoldering tweezers, a hot air gun or even an infrared heater.

Its main unit has the temperature controls and often a temperature readout. It also contains the power supply, which can be a lot bigger and thus more powerful than in handheld soldering irons. As a result, the soldering iron can reach higher temperatures, get up to speed faster and heat larger objects because of its increased heat output.

Because the control electronics, power supply and fuses are all located in the main unit, the soldering iron itself is a lot lighter and easier to handle.

A soldering station often comes with holders and stands for its attachments, so that you don’t need to rest the soldering iron or hot air gun on your desk surface. This makes it a lot safer than handheld irons that often come without a stand. Similarly, soldering stations often come with auto-sleep and auto shutoff functions. These set the tip to a lower temperature or turn the heating off completely to increase its life.

Pros

• Precise temperature control
• Plenty of power
• Built-in stand

Cons

• More expensive than simple handheld soldering irons.

Best Used for

Anyone who regularly solders and needs precise temperature control, good ergonomics, and/or enough power to solder larger components.

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Cordless Soldering Irons

Cordless soldering irons (also known as portable or wireless soldering irons) are practical if you need to solder in tight places that are difficult to reach, or in locations where you do not have access to mains power. You might want to use these if you are a mechanic, are on the go a lot, or if you need to solder while living off the grid.

Portable soldering irons generate heat in one of two possible ways, either through the use of battery power, or through combusting fuel.

Electric Cordless Soldering Irons

Electric cordless soldering irons are powered by batteries. Often this is a lithium-ion battery because of its relatively (compared to other batteries) high energy density. This energy density is unfortunately still quite limited, and as a result these irons do not last very long.

Another downside of this type of soldering iron is that they often do not heat up that fast, meaning that you spend valuable battery life waiting for the tip to reach its set temperature.

Electric portable irons also have a maximum temperature that is typically lower than what a mains powered soldering iron can provide. So you are limited in what you can solder with it.

Still, if you are looking for a portable, small soldering iron that is suited for simple jobs, it is a good option.

Pros

• Portable
• Practical for hard to reach areas
• Safe

Cons

• Limited battery life
• Don’t get as hot as mains powered soldering irons

Best Used for

Soldering small stuff while on the go or when soldering without access to mains power.

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Butane Powered Soldering Irons

Butane powered soldering irons use butane gas to generate heat. Butane has a high energy density which allows the tip to get very hot. In addition, butane powered irons tend to last longer on a full tank than electric cordless irons and are easy to refill.

Just like their electric counterpart, butane powered irons are not perfect either. Their main issue is that it is impossible to precisely control their temperature. This can lead you to accidentally overheat and damage components and/or boards.

And then there is the matter of the open flame in the device. When working in areas with flammable vapors, it can cause these vapors to ignite, potentially leading to serious injury. Similarly, a cheap, low quality butane torch can be a danger just on its own.

Needless to say, potential injury is something you want to avoid when working on your projects. So if you intend to use a butane powered iron, get a high quality one, use it in well-ventilated areas and follow its instructions.

Pros

• Portable
• High temperatures
• Easy to refill

Cons

• Temperature hard to precisely control
• Potentially dangerous

Best Used for

Soldering components with a high thermal mass on the go or when soldering without access to mains power.

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Soldering Guns

A soldering gun is a pistol-shaped (hence the gun) electrical tool that is used for soldering. It has a high power output (usually 100 to 240 Watts) and heats up and cools down real fast. Unlike other soldering irons, it only turns on when needed after pressing its trigger.

Soldering guns contain a transformer that reduces AC power to a lower voltage. When the trigger is pressed, a high current passes through the soldering tip which in turn quickly heats up. This makes it a practical tool for situations where you only need to solder occasionally. Because it cools down rapidly after releasing the trigger, there is no need to place the device in a stand while it is not being used.

Soldering guns do come with downsides. They do not have any temperature regulation, so using them on electronic components or PCBs can easily lead to overheating and damage. On releasing the trigger, they also generate an electromagnetic spike that can damage electrostatic-sensitive components.

Pros

• Lots of power
• Heats up fast
• Cools down fast
• Does not need a stand

Cons

• No temperature regulation; easy to overheat things.
• Not suited for soldering ESD-sensitive components.

Best Used for

High-power soldering of non-electronic components, like large diameter wires and cables, stained glass work or sheet metal work.

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Soldering Torches

Soldering torches don’t really count as soldering irons, but I have included them nonetheless. They are torches that emit a powerful flame. Just like gas-fueled cordless soldering irons, they are powered by butane gas. And like soldering guns, their strength comes from high heat output.

This high heat output makes them an excellent tool for soldering metal (copper, bronze, brass) pipes and fittings. But if you are looking to solder electronics with them, you are out of luck. Aside from being way too powerful, the heat of the open flame is also hard to precisely control. So you are likely to completely destroy electronic components and circuit boards.

Pros

• Powerful

Cons

• Too hot for electronics
• Heat can not be precisely aimed

Best Used for

Soldering copper/bronze/brass fittings and pipes.

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