When summer temperatures rise, so does the strain on your equipment. For field welders, contractors, and shop foremen, the heat is not just uncomfortable. It is a serious threat to welding machines. From overheating risks to the accumulation of dust and moisture, summer conditions can shorten the life of your equipment and slow down your projects.

At Arc Solutions, we know that a few preventative steps can make all the difference. Let’s explore how you can protect your welding equipment this summer and keep downtime to a minimum.

Why Summer Conditions Are Hard on Welding Equipment

Welding in high heat brings unique challenges that go beyond basic discomfort. The extreme environment causes your machines to work harder, and failure to adapt your maintenance routine can lead to expensive breakdowns.

Common Summer-Related Welding Issues:

• Overheating: Machines generate a lot of heat on their own. When combined with 90+ degree weather, issues can quickly arise.
• Dust and debris: Increased use of fans and open workspaces leads to more airborne particles clogging filters and internal components.
• Humidity and condensation: Moisture can damage circuit boards, lead to corrosion, or cause erratic machine behavior.
• Extended usage: Summer months are often peak project season, which means less rest time for machines and more wear and tear.
• UV exposure: Prolonged exposure to direct sunlight can degrade plastic housings, wiring insulation, and protective casings.

How Summer Affects Welding Quality

Beyond equipment failure, heat can also affect weld quality. Materials may expand in hot conditions, leading to inaccurate welds. Higher ambient temperatures can change gas flow dynamics, which impacts shielding and penetration. If your machine is overheating, it may reduce arc stability or lead to inconsistent wire feeding. All of these factors can compromise the structural integrity of your welds.

Additionally, elevated humidity can affect consumables like wire and rods, making them less reliable. Flux can absorb moisture from the air, increasing the likelihood of porosity in your welds. Without tight control over your work environment, even skilled welders may see lower quality outcomes during the summer months.

Summer Welding Tips to Prevent Downtime

Proactive maintenance is always more affordable than emergency repairs. These summer-specific tips will help keep your machines in working condition and protect your investment. You can also learn detailed Lincoln Electric maintenance practices in our comprehensive Lincoln Electric welder maintenance article.

1. Schedule a Mid-Year Service Check

Before you dive into back-to-back summer projects, it is wise to book a professional maintenance check. Arc Solutions offers seasonal service appointments that evaluate machine performance, replace worn parts, and clean critical components. Book your summer service check now to avoid breakdowns when the heat is on.

2. Clean and Replace Filters Often (Engine-Drive Welders)

Airborne particles increase during the summer due to dry conditions, outdoor workspaces, and increased ventilation. Filters should be checked biweekly or after every major job, depending on your environment. See our welding repair parts. Recommended maintenance includes:

• Inspect filters
• Clean or replace engine filters as needed
• Check for signs of blockage or restricted airflow

Arc Solutions offers a variety of machine accessories and protective covers designed to help protect your equipment from tough environmental conditions. Check with your Arc Solutions representative for the latest options.

3. Keep Machines Out of Direct Sunlight

Heat buildup accelerates internal component failure. When storing your welder, keep it under shade, a tarp, or a fire-resistant cover. Here are some of the best practices:

• Store equipment in climate-controlled or shaded areas
• Avoid leaving machines in vehicles or open trailers in direct sunlight if possible

4. Adjust Work Timing When Possible

If your schedule allows, shift some of your heaviest welding tasks to earlier in the morning or later in the evening when outdoor temperatures are lower. This will reduce stress on the machine and prevent overheating.

Bonus Tip: If working indoors, ensure ventilation systems are optimized to push hot air out and draw cooler air in.

5. Monitor Duty Cycles Closely

Summer jobs often stretch beyond the standard duty cycle of your machine. If a welder is rated for a 60 percent duty cycle at 300 amps, exceeding that under high temperatures can cause serious damage. Here is what you can do to mitigate negative results:

• Know your machine’s duty cycle and operate within limits
• Let machines rest during peak heat hours
• Use external fans to assist in cooling

6. Store Consumables Properly

Hot, humid conditions can ruin consumables quickly. Always store rods, wire, and flux in dry, temperature-controlled containers. Consider using dehumidifiers or silica gel packs in your storage bins.

7. Inspect Leads and Cables More Frequently

Cables exposed to sunlight or lying on hot surfaces can develop cracks in insulation, become brittle, or fail unexpectedly. Inspection tips include:

• Look for discoloration, warping, or exposed wire
• Replace damaged leads promptly
• Use protective sleeves for added insulation

Summer Welding Maintenance Checklist

Use this checklist to keep your maintenance on track all summer long. Post it in your trailer, shop wall, or tool truck for quick access.

Weekly Maintenance Tasks

• Inspect air intake and exhaust vents for blockage
• Clean or replace filters
• Wipe down exterior surfaces
• Inspect cable connections for heat damage
• Check cooling fans for debris

Monthly Maintenance Tasks

• Clean circuit board compartments using compressed air or a vacuum
• Test for electrical continuity and grounding issues
• Review duty cycle performance against recent workloads
• Tighten any loose fasteners or mounting hardware
• Check for software or firmware updates if applicable

Before Each Job

• Perform a quick visual inspection of the machine and its leads
• Confirm fan operation and unrestricted airflow
• Check shielding gas lines and regulators for any leaks
• Ensure the machine is set up on a flat, shaded, and stable surface

Protecting Your Power Supply from Summer Stress

Your power supply is the heart of your welding setup, and it is especially vulnerable in extreme heat. Overloading the power supply in hot weather can cause thermal shutoff or permanent damage.

Tips to Protect Power Supply:

• Ensure cables are in good condition and not overheating
• Keep units cool with auxiliary fans or increased airflow
• Avoid exceeding duty cycles during peak heat hours, typically between 12 PM and 3 PM
• Use voltage surge protectors if thunderstorms are frequent in your region
• Consider rotating equipment if multiple machines are available. Rotating machines between jobs can keep them from overworking in one location.

Accessorize for the Season: Add-Ons That Prevent Problems

Simple accessories can make a big impact on summer performance. You can explore recommended add-ons on our machine accessories page. Whether you are working in the field or the shop, consider these seasonal add-ons.

Fans and Ventilation Enhancements

• Portable exhaust fans to increase airflow
• Clip-on fans for shop setups
• External fan kits to enhance internal cooling

Protective Covers

• Fire-resistant welder covers
• Heavy-duty tarps for on-site equipment
• Moisture-resistant storage bins for leads and torches

Cable and Hose Management

• Cable organizers to keep them off hot surfaces
• Insulated sleeves for high-heat protection
• Quick disconnects for faster maintenance

Do Not Let Heat Cost You: Schedule Service Now

The best way to beat the heat is to stay ahead of it. Arc Solutions offers comprehensive summer service checks for all major welding machines, including Lincoln Electric, Miller, ESAB, and others. We inspect for early signs of heat damage, replace vulnerable components, and ensure your machine is ready for the season ahead. Do not wait until you are stuck on the job with a damaged machine. Schedule a summer service with Arc Solutions today.

Why Partner with Arc Solutions?

At Arc Solutions, we do more than supply machines. We help you maximize performance and lifespan through fast, reliable welding machine repairs, preventative maintenance plans, access to quality replacement parts and accessories, and on-site or in-shop service options.

Our team works directly with field welders, contractors, and shop managers to keep operations running smoothly. We understand the realities of working in the heat and have the tools and expertise to help you stay productive.

Visit our services page to learn more about how we support working welders across industries.

FAQ: Summer Welding Maintenance

Q1: Why do welding machines overheat more in summer?

High ambient temperatures make it harder for welding machines to dissipate the heat they generate during operation. Combined with dust, humidity, and extended usage, this can cause internal components to run hotter, increasing the risk of overheating and machine failure.

Q2: What are the signs that my welding machine is overheating?

Common signs include the machine shutting off unexpectedly, decreased weld quality or arc instability, unusual smells or noises, and visible heat distortion or discoloration on machine parts and cables.

Q3: How can I extend the life of welding consumables in summer?

Store rods, wires, and flux in dry, temperature-controlled environments. Use sealed containers with moisture-absorbing packets and avoid leaving consumables exposed to heat or humidity.

Q4: When is the best time to schedule a summer service check?

Ideally, schedule your summer service before your peak project season begins, or at least mid-year. This proactive step helps catch issues early and keeps machines running smoothly during the hottest months.

When sourcing gases for welding or cutting applications, understanding the role of shielding gases in different types of welding processes is essential. The right gas can significantly impact weld quality, strength, and efficiency. 

This guide outlines the most commonly used welding gases—argon, acetylene, and nitrogen—and compares their uses, benefits, drawbacks, and effects on various welding processes.

Why Shielding Gas Matters in Welding

Every weld must be protected from atmospheric contamination until the metal solidifies. Oxygen and nitrogen in the air can introduce porosity, spatter, and cracking. Shielding gases act as a protective barrier, stabilizing the arc and improving weld integrity. The type of welding gas you choose will determine your results.

Understanding Argon Gas

Argon gas is an inert shielding gas commonly used in both MIG and TIG welding. It provides excellent arc stability and reduces spatter, making it ideal for precise welds and clean finishes.

Applications:

• MIG welding aluminum (requires 100% argon)
• TIG welding all materials
• MIG welding of stainless or mild steel (when blended with CO2 or O2)

Pros:

• Stable arc and low spatter
• Inert—no chemical reactions with molten metal
• Excellent for spray and pulse transfer modes

Cons:

• More expensive than CO2
• Limited penetration when used alone on thicker materials

Using Acetylene in Torch Cutting

Acetylene is most commonly used in oxy-fuel torch cutting and gas welding applications. When combined with oxygen, it produces one of the hottest flames available—ideal for cutting ferrous metals.

Applications:

• Oxy-acetylene cutting
• Brazing

Pros:

• High flame temperature
• Precise control
• Great for portable setups and fieldwork

Cons:

• Flammable and unstable if handled improperly
• Not suitable as a shielding gas for arc welding

The Role of Nitrogen in Welding & Plasma Cutting

While not as commonly used as argon or acetylene, nitrogen is still a valuable welding gas in specific applications. It is often used as a backing gas or purging gas, and in plasma cutting systems.

Applications:

• Plasma cutting
• Purging stainless steel welds
• Shielding in some specialized MIG applications
• Many laser applications (cutting and welding) 

Pros:

• Cost-effective
• Inert in many settings
• Helps reduce oxidation in purging

Cons:

• Can cause brittleness if used incorrectly in arc welding
• Not ideal as a primary shielding gas for most applications

Comparison Chart: Argon vs. Acetylene vs. Nitrogen

FAQs: Welding Gas Questions Answered

Can you mix gases? Yes. Gas blends (e.g., 75% argon/25% CO2) are common and tailored to specific applications. For instance, a 90/10 argon/CO2 mix works well for spray transfer MIG welding.

Which gas is best for aluminum welding? 100% argon gas is recommended for both MIG and TIG welding aluminum.

What type of welding gas should I use for stainless steel? For MIG: Try a 98% argon / 2% CO2 mix. For TIG: Use 100% argon.

Is nitrogen ever used in MIG or TIG welding? Rarely, and only in highly specialized processes. Nitrogen is more commonly used in purging or plasma cutting.

Choosing the Right Welding Gas for Your Application

The right shielding gas depends on the material, process, and desired weld quality. Technical buyers need to assess the gas’s role in heat input, arc characteristics, and post-weld cleanup. Whether you’re selecting gases for structural steel, stainless fabrication, or high-precision aluminum work, the type of welding gas directly affects your results.

Explore welding gas options compatible with our full line of welding products—we’re here to help you find the right solution for every application.

In recent years, gas cutting torches, better known as oxy fuel cutting, has taken a backseat to plasma cutting. However, oxy fuel cutting still carries great significance in the shop setting. 

Oxy fuel is good for a range of jobs because many torches can be outfitted for various tasks including welding, bending, brazing, heating and cutting. Oxy fuel is self-contained because it doesn’t require an electrical outlet or air compressor. Likewise, versatility of oxy fuel torches and its numerous abilities makes it an invaluable investment.

Oxy Fuel Cutting Techniques

Oxy fuel is a combination of oxygen and any fuel gas (typically propane, propylene, natural gas, acetylene, etc.) Oxy-acetylene is arguably the most popular in the oxy fuel cutting scene.  However, propane is more stable and easier to handle, making it a popular choice for hobbyists and small-scale cutting projects. In general, the choice of gas depends on the specific application and desired outcome.

Properties of Cutting Fuels:

• Propane – Produces a lower flame temperature than acetylene but has about the same cutting speed.
• Propylene – Requires an injector torch, and tends to have a heat source that is concentrated on the outside of the heat cone. 
• Natural gas – Produces the lowest flame temperature, so it has the slowest cutting time.
• Acetylene – Produces the highest flame temperature, resulting in faster speeds than the other gasses.

There are different types of oxy fuel cutting torches as well, based on the gasses being used:

• The first of the two torch types is equal balance torch, which functions similarly to its name; it delivers the mixture of gasses all at an equal pressure. The equal balance torch is versatile and can use various fuel gasses, such as acetylene, propane, or natural gas. 
• The second type of cutting torch is a fuel-injected torch, or a low-pressure torch, used for gasses delivered at low pressures. The fuel-injected torch uses acetylene as its fuel gas and is ideal for welding and brazing applications. It is essential to choose the right type of torch for your cutting application to ensure accurate and efficient cutting.

The Setup

We are focusing mainly on Oxy-acetylene cutting, as it is used the most often. There are a few things to keep in mind when working on your oxy fuel cutting skills. 

To master the technique, becoming familiar with the flames your torch puts off and what they are supposed to look like will give you a leg up in clean cuts. The are three different types of flames:

1. Carburizing – This means there is TOO MUCH FUEL. Cutting with a carburizing flame creates carbon deposits along the cuts.
2. Neutral – All the cones within the flame are equal and in the ideal state for cutting.
3. Oxidizing –  This means there is TOO MUCH OXYGEN. When cutting with an oxidizing flame, your cut will leave porous zones on the metal. 

When you are setting up your torch and you have it lit, the first step is to make sure that your blue gas cones within your flame are all equal with and without the oxygen lever pressed. This will help ensure you’re ready to cut. 

You can also take a look at your torch flame and observe the length. A cutting torch with a nice clean cutting tip will have a nice long, even flame. A weak or short flame coming from the torch could be an indication that you need to clean your torch tip with a file and tip cleaner set. 

To get the best cuts, preheat your metal! By preheating your metal you are raising the temperature of the plate just before the cut to aid in the heat transfer and avoid cracking the metal plate. These two tips combined with steady travel speed and some practice will give you clean cuts in no time.  

Maintaining Your Torch 

It’s important to keep your torch well maintained, not only for your safety but also to ensure it’s always functioning at optimal efficiency.  As mentioned before, this is vital for achieving clean cuts and getting the results you want.  

The biggest things you want to avoid when oxy fuel cutting are burnback and flashbacks. Having torches with built-in safety features like the Victor Torch Kits is one way to help. If you don’t have these capabilities here are a couple things to keep in mind when maintaining your torch:

• Clean your torch tip – Debris and residue can get inside your torch tip. This causes issues with the flame from your torch and how well it cuts. 
• Check for leaks and replace worn parts – Apply a soapy water mixture to gas connections and watch for any bubbles that form. If bubbles do form this could be a sign of a gas leak. Replacing worn parts such as o-rings inside fittings with gas leaks or replacing hoses with tears or cracking helps eliminate gas leaks.
• Proper storage – Be sure to store your torch, hose, and gas canisters in a dry, cool place. This will help prevent damage to all three mechanisms.

In the end you’ll see that carefully caring for your equipment will save you time and money in the long run. Whether it be your plasma cutter that we talked about in our last blog, maintaining your welding unit as discussed in the first blog, or your oxy fuel torch in this blog. Proper maintenance of your equipment expands the lifespan of your machinery and is one of the most valuable investments you can make. 

The Importance of Oxy Fuel Cutting

While oxy fuel cutting may have taken a backseat to plasma cutting in recent years, it remains a crucial tool in the workshop. The versatility of oxy fuel torches, which can handle welding, bending, brazing, heating, and cutting tasks, coupled with their self-contained nature, makes them a valuable investment. Understanding the different gas properties and selecting the right torch type are essential for efficient cutting. Mastering the technique involves recognizing the right flame characteristics and ensuring proper preheating. Maintaining your torch is key to achieving clean cuts and prolonging its lifespan. By taking care of your equipment, you’re not only saving time and money but also making a valuable long-term investment in your workshop’s success.
At Arc Solutions, we’re here to support your welding and cutting needs. Whether you need high-quality oxy fuel cutting equipment, expert advice, or maintenance tips, our team is ready to assist you. Visit our website today to explore our product offerings and discover how we can help you succeed in your workshop.

Let’s talk about torch kits. What are the trade-offs for buying tools individually or all at once? Which one best fits your needs? Some of the best selling welding/cutting kits are the Victor Torch Kits.  With a multitude of torch sets and outfits, Victor has the right tools for all different sorts of welding and cutting. 

What You Need To Know About Oxy-Fuel Cutting & Welding

Oxy-fuel technically speaking is a combination of oxygen and any fuel gas (typically propane, propylene, natural gas etc.), but the specific combo to focus on is arguably the most popular: Oxy-Acetylene welding and cutting. To talk about the chemical details of cutting and welding, I’ll use the terms oxy-fuel and oxy-acetylene interchangeably. 

The heat generated from the combustion of oxygen and the hydrocarbon compound acetylene is used to weld materials together, but can also be used as a jet stream to cut materials. The materials mainly used in oxy-fuel welding are steel, brass, and copper. For cutting, mild steel is the main material used. The most common uses for oxy-fuel welding are welding thin metals such as:

• jewelry repair
• electronic repair,  and 
• crafts or hobbies out of a home-based shop.

Oxy-fuel welding and cutting proves to be extremely versatile, with cutting being the more common practice of the two. No matter the size of the project, Victor carries a large variety of torches for all kinds of uses!

Light-Duty Torch Kit

Our most popular light-duty torch is the Victor G150-J-P Portable Tote without tanks.

This kit includes:

• Color coded gas hoses
• Oxygen regulator
• Acetylene regulator
• Striker
• Safety cutting glasses
• Brazing nozzle
• Heating nozzle
• Torch handle with check valves
• Carrying tote
• Couplings
• Tank wrench

A huge selling point for this particular torch kit is the portability. A lot of reviews will show the (separately purchased) gas tanks in the carrier and the hose wrapped around the tote, making the kit something you can take or store virtually anywhere. This set is capable of HVAC and plumbing brazing applications. This comes with a  7 Year Warranty on the Regulator and a 10 Year Warranty on the Torch Handle and Cutting Attachment.

Other Victor light-duty options:

• Victor G150 Portable Tote 0384-0944
• Victor G150 Portable Tote 0384-0947

Other kits may cut thicker plates but struggle to weld. This Victor kit can cut up to ½” plate and weld up to ¼”. With all these features at a budget-conscious price, a light-duty kit makes simple jobs even simpler.

Medium-Duty Torch Kit

Our most popular medium-duty torch kit is the Victor Performer EDGE™ 2.0.

This kit includes: 

• Color coded gas hoses
• Oxygen regulator
• Acetylene regulator
• Striker
• Googles
• Tip cleaner
• Torch tip
• Torch handle with check valves
• Cutting attachment
• Heating nozzle
• Brazing nozzle

One benefit for purchasing the kit over all the individual pieces, is certainly the COST. This Victor torch kit total is $279.89+tax (free S&H over $100). When you add all these items together purchased piece by piece, at the lowest cost your total winds up being roughly $320 before shipping or tax. Someone could argue that you may not use all the pieces in this Victor torch set, however you have them available in case you need them, and at the kit’s price they’re practically free. This torch set can cut up to 6” and weld up to ¼” and comes equipped with everything you would need to get started, aside from a fuel source.

Other Victor medium-duty options:

• Victor Medalist®250 CLASSIC Medium Duty Cutting and Welding Outfit 0384-2581
• Victor Medalist®250 CLASSIC Medium Duty Cutting and Welding Outfit 0384-2584
• Victor Medalist® STD 250 CLASSIC 0384-2585

Victor sets themselves apart from competitors with a focus on safety. The WH100FC torch handle in the medium duty set comes with built-in flashback arrestors, unlike other brands’ kits which have their arrestors detached or even optional. Victor’s torches offer the check valves and built-in flashback arrestors to give operators peace of mind during their work.

Heavy-Duty Torch Kit

Our most popular heavy-duty torch kit is the Victor Journeyman® EDGE™ Series 2.0. If you go into google and search for “Best Oxy Acetylene Torch Kits,” this kit ranks #1. 

This kit includes:

• Color coded gas hoses
• Oxygen regulator
• Acetylene regulator
• Striker
• Googles
• Tip cleaner
• Torch tip
• Torch handle with check valves
• Cutting attachment
• Heating nozzle
• (3) Brazing nozzles

The heavy-duty torch is what is going to be typically used for large projects such as structural or industrial work, while also being able to tackle the light fabrication jobs. This specific torch outfit comes with multiple brazing nozzles for welding depending on the magnitude of the task. While still staying true to having all the other necessity pieces that have come in the light and medium-duty kits we’ve discussed. 

Other Victor heavy duty options:

• Victor Medalist®350 LP Classic 540/510LP 0384-2710
• Victor G350 510 STD Medalist Classic Outfit 0384-2711
• Victor G350 510 STD Medalist Classic Outfit 0384-2712
• Victor Journeyman 450 Heavy Duty Cutting and Welding Outfit 0384-0807

Like competing medium-duty kits, many brands sell heavy-duty kits for hundreds more than the Victor price, often without built-in flashback arrestors and fewer brazing nozzles. At an affordable price and with a variety of accessories, the power of this Victor Kit comes in its versatility and ease of use.

Which Kit Best Fits Your Project?

To answer the question, it depends on the job. If you are doing some light around-the-house handy work such as HVAC, plumbing or even simple electrical gigs, a Victor light-duty kit is going to be more than enough to complete the project. But, if the work calls for a little more grit such as machinery or light fabrication, then you’ll want to stick with the medium-duty Victor Performer EDGE™ 2.0. Moving up to more intense work such as industrial and structural metalwork requires a heavy-duty kit like the Victor Journeyman. If these specific options don’t suit your needs, each category has alternatives with adjustments to match unique applications.

Find The Perfect Torch Kit With Us!

Regardless of your project, you can find the right Victor Torch Kit for the job on our website! Browse our selection even further here.

Whether new to welding or a seasoned veteran, there is a machine for you. But, before purchasing a welder you want to make sure it fits your needs and expectations. Let’s talk about what a Lincoln Electric welder can or can’t do for you.

Your Welding Machine Essentials

First, we can start with the bare necessities to weld from a MIG or TIG perspective.

Things Typically Included

Welder – Generally, a Lincoln Electric machine will come with the essentials. For example, when purchasing a POWER MIG 256, your MIG gun, ground clamp, drive roll, wire guide, and gas regulator with hose kit all come included in the box. On this specific Lincoln Electric MIG welder there is a built-in undercarriage with an easy-load gas cylinder platform.

The model of welder you purchase from your Lincoln welder dealer will dictate if there are more or less items included, such as 1 lb spools of wire to get started or the appropriate consumables compatible with your machine’s gun. If you are TIG welding, purchasing the appropriate TIG rod would be on your list of additional items to purchase.

Additional Welding Products To Purchase

Shielding gas – This item on its own is NOT included with any of the Lincoln welders. For MIG welding, 75% Argon and 25% CO2 is required, and TIG welding requires 100% Argon.

Safety – The two biggest PPE items that are needed are a welding hood (helmet) and gloves. There are a variety of lenses and shades that are adjustable to each consumer and project. The 3350 Lincoln helmet series is equipped with an auto-darkening lens, cutting out the time to take your hood on/off and adjust darkness levels. 

Pliers/Welpers – These are a great purchase for a multitude of reasons! Pliers and welpers can hold the materials you’re welding, cut or pull through MIG wire, and help change and clean out consumables.

Pros And Cons

The next angle we want to look at when searching Lincoln welders for sale are the pros and cons. Whether professional or hobbyist, the first thing most people consider is cost. Compared to the other small machines that you can find at your local hardware store, a Lincoln Electric welder may appear to be pricey. However, the old saying stands true, “You get what you pay for.”

As previously mentioned, with almost all welding machines there are additional items to purchase which also contribute to the cost factor. These items include, but are not limited to: safety equipment, shielding gas and appropriate tools. Depending on your project or job, this list can increase exponentially. Once prepared for the initial cost, a person can usually justify the upkeep of their welding equipment. Lincoln Electric welders are well recognized for their quality and standards, and welding service centers like Arc Solutions Inc. help keep them up and running for as long as possible. Depending on your purchase Lincoln Electric has an excellent warranty program that will help get your registered machine up and running again should something happen.

Much of what goes into a welder’s experience is their knowledge of the trade. Basic things like ensuring proper clarity in a welding helmet by changing your inner or outer cover lens can make a huge difference. Also, dirty surfaces or consumables can taint the quality of your weld. Making sure your consumables and materials are clean will easily improve your weld experience.

Easy On The User

Lincoln welders are great, because as we discussed in the earlier segment, most of the welders come with what you need to get started. Then maintaining and replacing your consumables is easy. This is a definite positive for someone looking to purchase a Lincoln welder that isn’t a ‘seasoned professional’ so to speak, because it gives the hobbyist a leg to stand on. Another user-friendly feature with Lincoln welders is the display screen that helps achieve the proper settings for your project. This display allows the welder to see the voltage, which controls how the weld “wets out.” This feature helps everyone from a hobbyist to an industrial welder when completing a job, thus reiterating its user versatility.

Ask The Right Welding Equipment Questions

When it comes to investing in a Lincoln Electric welder, there are many questions to consider. Do I have the right tools? How much will the proper accessories for my welder and myself cost? If I do purchase a welder, and something breaks, what do I do? We’ve got the answers! Grab what you need for your next project on our pages for consumables,safety equipment,MIG and TIG welders, and machine repair. With our large selection of products, you can research the best option and make the right decision.