Choosing the appropriate cutting or styling equipment for your project can significantly impact the outcome. To achieve greater efficiency and safety in your welding process, you must be careful in selecting the appropriate cutting that can cut through metals.
Cutting torches typically generate positive pressure and are used at identical pressures of both acetylene and oxygen. These single-hole copper-alloy tips are connected to a torch grip that has a mixer. It then combines the fuel with the oxygen, similar to how a car fuel system blends gas and air.
Read on and learn the cutting torches and tips you can use for your next welding project.
The oxy-fuel welding or oxy welding is a method of utilizing fuel gases and oxygen to cut and weld metals. Oxy-fuel has been considered one of the oldest welding and cutting techniques, and acetylene is the most commonly used fuel gas for this process.
Torch tips are very important for cutting, heating, gouging, and brazing and are usually made from tellurium copper with a precision swaged calibrated orifice. There are many types of regular and special cutting tips and welding nozzles.
Take note that the Purox cutting torch tips are the most well-known design used by most professionals. Here are some cutting tips you can acquire from Amazon and Harbor Freight cutting torch tools.
This torch comes from ESAB, a well-known brand for budget-friendly welding equipment and accessories. ESAB has a selection suitable for your oxy-fuel welding and cutting project, like the Purox type E cutting torch and Victor 0381-1621 ST900FC Torch Assembly. Both are designed for maximum and medium industrial use. ESAB also has the essential Purox cutting torch parts.
Here comes another budget-friendly yet heavy-duty cutting tip—the ABN torch kit. It is a well-known provider in the market and the #1 option for several professionals.
The ABN oxygen and acetylene torch kit is highly accurate that can be used for brazing and soldering, among its many other functionalities. You can create a neutral flame using the cutting torch kit, which is responsible for producing carbon dioxide. It also cleanses the air from the molten weld pool for easier cutting and welding.
The cutting torch tips are made of brass, giving them high performance and toughness. The pack contains a torch handle with regulator valve knobs, an oxygen regulator, an acetylene regulator, brass joints, a variety of small welding and cutting pieces of equipment and attachments needed for the job, a tip cleaner, and a storage case.
The TOAUTO Oxygen Propane/Acetylene Cutting Torch with Propane Tip is a heavy-duty cutting torch that can be used as a substitute for nearly every torch. It can also outperform some of the most well-known cutting torches.
It's one of the best torches on Amazon and comes with a torch handle, cutting torch, and propane torch tip. So you can effectively complete heavy-duty tasks with assurance and accuracy.
This torch is intended for all oxy-fuel uses, but it is most commonly used with oxy-acetylene mixtures. It's built with quality components and delivers a smooth and precise cut and weld. You can also modify the flame's width and length.
So what's the best among the three cutting torches?
We highly recommend the ABN cutting torch set! It is affordable, can do different welding processes, and allows you to select the level and heat of flame you want in a project. Though all products on our list have pros and cons, the set from ABN can deliver the kind of quality you can expect from a cutting torch and its tips.
Keep learning and be updated with Welding Buddy! We have information that will surely satisfy you as a welding enthusiast. Explore our site and read our latest reviews!
It is normal for every beginner to have so many questions because of their curiosity, desire to achieve excellent output, and assurance of a safe workplace. If you are starting your journey in using cutting machines, you must be in search of answers, from how to set up a plasma cutter to what the most exciting projects and output you can make from the machine.
Don’t worry; we got you! Let us provide you details you need by teaching you how to set up a plasma cutting machine and answer frequently asked questions about plasma cutting. So, prepare your notes; you will get the explanation you need today!
Like any machine, a plasma cutter has several wires, buttons, and ports that are mind-boggling for new eyes. However, this step-by-step process can help you get started!
Step 1: Look for a clean workspace.
Step 2: Plug in the plasma cutter power cable.
Step 3: Attach the air hose to the air compressor port.
Step 4: Turn the machine on.
Step 5: Set your desired amperage and cutting type through the dials in front of the machine.
Step 6: Get the metal you will cut ready by attaching the work clamp.
Step 7: Prepare the torch and check if it works.
Step 8: You can now begin cutting.
Just a reminder to always turn off the machine after working to avoid fires and work accidents.
So, what is a plasma cutter, and what makes it different from other welders? As the name suggests, it creates precise cuts on steel, aluminum, copper, and different metal types. To do so, the machine uses a combination of electricity and compressed air to create a hot plasma.
It can cut through thin and thick metals as long as you set the machine correctly. When icons represent the different cutting modes, check out the machine manual to know what the symbols mean for you to choose correctly.
You can do many things with this machine, from the classic personal projects at home to farm repairs and machine maintenance. The machine will also help widen your services if you have a welding business.
Nevertheless, one of the most famous and well-loved functions you can use the plasma cutter with is for installation art. The seamless cuts the machine can do allows you to create lines and curves and bring about eloquent metal art.
Just like any welding activities, you are also required to wear safety attire when plasma cutting. So, aside from the machine, invest in a plasma welding helmet for eye, face, and neck protection.
When plasma cutting, metal sparks can fly off left and right, so keeping your hair neat and covered with a welding beanie and your arms and legs with a welding jacket and jeans can give your body parts the protection they need. Also, pick boots designed to withstand heat and protect your feet from sparks and falling metals.
Get a plasma cutter with complete accessories from the hose, torch, tips, clamp, and the machine itself. Having the entire set ensures all parts perfectly fit into the machine.
Check out the voltage capacity of the plasma cutter. A dual voltage machine is handy as it gives you more flexibility in amperage adjustments, allowing you to work on thin and thick metals.
There are also plasma cutters available that are lightweight, which are beneficial to own because of their portability. You can carry it with ease and work anywhere.
It won’t hurt to try our bang-for-buck plasma cutters as long as you see the features above satisfied. In truth, you can find efficient plasma cutters costing less than $200 on many eCommerce sites. If you are trying plasma cutting out to see if it is a craft that fits you, cheap plasma cutters are okay.
Nevertheless, if you see yourself plasma cutting in the next years to come, going for slightly more expensive machines is also worth it. Usually, these machines have investment-worthy features like a dual voltage, automatic amperage adjustment, complete parts, and digitized settings.
Lincoln Electric, Miller, and Hobart are some of the reliable plasma cutter brands you can check.
Invest in the best plasma cutters and set them up correctly for safe and efficient work. With the machine capable of cutting through different metals, thick or thin, your imagination is the limit on how you will use it. So, set up your machine now as home and farm repairs and installation art projects await!If you need more information on how to set up a CNC plasma cutter or are looking for the best plasma cutters, feel free to check out our reviews and buying guides, we have plenty of dependable machines for you!
It is hard to imagine industrial construction without plasma cutters. These tools make it possible to accurately cut and process different types of steel used for construction. The metals you see on a high-rise building or the ones used to repair automobiles are products for plasma cutters.
There are giant plasma cutters for big-scale industrial construction and portable ones compatible with homes for all-around repairs and hobbies. In this article, we'll share an overview of how plasma cutters work and some essential safety tips so you can work with your projects injury-free.
Before you get too excited and wield a plasma cutter, let's know first what plasma is. Types of matter can change their state through the induction of high energy. For example, solid matter can transform through high heat into liquid, and as the heat continues to rise, the liquid turns into gas.
When gas is inducted with the highest heat level, it becomes ionized gas, which we call plasma. In this state, the gas becomes electrically conductive, which workers use to cut metals used in different manufacturing processes effectively.
There are three essential components of a plasma cutter:
Now that you know how plasma came to be, it is important to know the different components of the tool. Then, setting up your tool and cutting metals is fairly easy. Here are five quick and easy steps to operate your plasma cutter.
Step 1: Attach the plasma cutter to an air compressor. There are 20-gallon tanks for quick work, but larger capacities are better if you intend to work for long periods and thick metals.
Step 2: Connect your plasma torch to a power source. Most plasma cutters require 220V or 415V. Ensure the power source in your workstation is compatible with your tools for it to run properly. Otherwise, use a power adapter.
Step 3: Attach the ground clamp to the plasma cutter. Don't miss this step, for this is a safety precaution that avoids grounding and electrocution. During work, when the ground clamp is detached or loosens, the machine shuts down to prevent accidents.
Step 4: Prepare the plasma torch. Make sure to attach all consumables needed to do your work. Also, ensure that you have spare consumables within reach if you run out in the middle of your cutting job.
Step 5: Set up the proper amperage for your activity. Plasma cutters usually come with a settings chart to tell you the right output depending on the material's thickness. After all this preparation, all you need is to pull the trigger on the plasma torch to start cutting metals.
Construction tools may be hi-tech, but they also come with hazards. That's why only professionals are allowed to handle such things as much as possible.
Now that you know how plasma cutting works, it's also essential to cover some safety precautions when using a plasma machine. Here are some important safety notes you need to remember.
Wear Eye Protection
Like welding, plasma cutters produce intense flares that could damage your eyes when you look at them directly. If you are uncomfortable with a full helmet, you can invest in dimmed eye goggles for plasma cutting. Furthermore, if you are in a shared workstation, having your goggles on would make the people around you to be cautious.
Proper Work Clothing
You can't wear casual clothes during your plasma cutting job. Your cotton shirt and jeans are more likely to be caught on fire because of the high heat the torch tip produces. There are safety clothes proper for welding and plasma cutting. Make sure to invest in fireproof boots, coats, and gloves.
Moreover, throw in some protective earmuffs to complete your ensemble. Plasma cutting torches create a loud noise, and over-exposure to these noises can affect your hearing. So, don't forget to put on and invest in protective clothing.
Never Work on Wet or Moist Areas
It's a big no to operate plasma cutter on wet areas. The machine requires a high voltage of electricity to run. A faulty wiring can cause grave accidents.
Instead, invest in a plasma cutting table. It gives you a safer safe place to work in, and you can work in a more comfortable position. Check out how plasma cutting tables work and have some that suit your needs.
Keep Away From Flammable Materials
Operating plasma torches involving flying sparks. So anything flammable should be kept away from your workstation. Flammable material also includes gases and chemicals that can react to the hot plasma and spark emissions that could burst in contact. Ensure there's nothing dry, flammable, or leaks when working with plasma cutters.
Never Work With a Faulty Machine
Some accidents are due to the user's stubbornness. If the machines are already faulty or you can hear creaking sounds, it is best not to use them. Instead, have them checked by experts for proper assessment.
Don't repair your tools by yourself unless you have extensive plasma cutting machine maintenance knowledge. It's better to opt for another plasma machine or invest in a newer and better model.
It takes a professional to navigate how plasma cutter does work. In addition, it takes extensive training in proper handling and basic knowledge of the tool for you to wield it properly and safely. We hope this overview of the steps and preparation helps you handle your plasma cutters better. Also, keep in mind these safety tips so you can work away injury-free. If you need more reviews on tools such as welding machines, plasma cutting torches, welding accessories, and different safety gear, subscribe to our blogs for information.
You're in the middle of a welding project when you notice that your welds are starting to look a little uneven. Upon closer inspection, you realize that you've been inadvertently causing welding undercuts.
Welders know that the undercut is a defect that should be avoided, but it's often hard to do so. Undercuts are common issues that can occur when welding. However, it can lead to some serious consequences if not remedied. This blog post will discuss the types of undercuts, the consequences of welding undercuts, and how to prevent them. We hope this information helps you avoid any damage to your project!
Welding undercut happens when the molten welding pool metal does not completely fill the welding joint, resulting in a groove parallel to or near the weld metal. As a result, you can incur undercuts on your entire weld or portions of your weld. It is often caused by welding too quickly or using too much heat, resulting in the welding pool unable to penetrate the entire metal plate thickness.
Types of Undercut
There are two different undercuts types, and they show up in unique ways.
Also known as a crown undercut, this type of undercut happens at the toe of your weld. External undercuts can occur when you join two metal pieces together at an angle (often at 90 degrees). This process is also known as a fillet weld.
Also known as root undercut, you will find this welding defect at the root of the weld or the bottom-most part of your weld. Welders will often find this type of undercut in butt welds, a process where you weld metal ends without overlapping them.
If you see pits on your weld, does it mean it's a weld defect and you'll have to start from scratch? According to AWS, undercuts are acceptable if these conditions are met:
Thus, a weld gauge is a must-tool that every welder should have in their arsenal, so you can accurately measure undercuts or pits.
To check how big or small an area of an undercut is:
You can imagine your weld with undercuts like the worn-out roads with holes. If cars pass or it rains, the holes trap liquid and dirt, creating bigger holes. It's the same idea for your parent metal. Undercuts cause metal fatigue strength and speed up corrosion in your weld.
Another effect is if the undercut is more than 6mm deep, it can compromise the joint's structural integrity and lead to cracking under loading and pressure.
Like any welding defect, undercuts shouldn't be overlooked as they will cause large accidents if the undercut weld is used for infrastructures such as bridges or buildings. If you suspect that your welding equipment may be causing a welding undercut, it is important to have it inspected by a qualified welding engineer.
Welding undercut can be prevented by following proper welding procedures and using quality welding equipment.
It's incredibly important to have a level welding surface to maintain the correct direction of motion, drag angle, and weld bead consistency. This will help you to produce a quality weld every time.
Welder's helmets that don't have auto-darkening features are difficult to use because the welder has to keep taking the helmet off to see what they're doing, resulting in welding defects such as undercuts or burns.
Controlling your arc length is extremely important. Welding too close or too far away from the weld puddle will result in welding defects. An indicator that your arc length is incorrect is welding spatter. When the welding current is too high, it causes molten metal to spatter. Another indicator of an incorrect welding arc length is welding resistance. When welding, you should maintain a consistent welding speed.
If instead of portions, you see long lines of undercuts, we suggest that you reduce your current. This will decrease overheating and help you get proper fusion—it also improves your welds’ appearance. Using a lower welding current can create a cleaner weld that is less likely to have imperfections.
While deeply penetrating electrodes are necessary for many applications, the welder needs to be mindful of their technique to avoid welding undercuts. If the arc length is too far or the weave width is too wide, welding undercuts will almost certainly be present in the weld.
Some electrodes—with stick welding, for instance—are naturally more prone to undercutting than others. The welder needs to be aware of this and use the correct electrode for the application.
You must be aware and patient when heating the base metal if you're welding. It will warp or distort from excess heat. You need to weld in small segments and then let the metal cool down for 5–10 minutes between welding. The waiting period will vary depending on the material and welding tool you use. If you're not sure how long to wait, err on the side of caution and give it more time to cool down. Otherwise, you risk ruining your work with a welding undercut.
Welding takes a lot of patience and a steady hand, especially if you want to avoid welding undercuts. Undercuts can happen when the welding bead does not travel in the leading 1/3 of the weld pool, resulting in the heat from the arc being directed towards the molten puddle instead of the weld itself.
Welding undercuts can be minor or severe, and unfortunately, they can also lead to bigger welding problems like weak welds. Fortunately, you can prevent undercutting and other welding defects by paying attention to your welding equipment, technique, and speed. With a little practice, you'll be welding like a pro!
Therefore, it's important to know the different types of undercuts, use a welding undercut gauge, and know what to look for when inspecting your welds. Check out our other blogs for more informative reads on welding.
We rely on roads and transportation for faster service and production. Heavy metal construction and road services are essential for day-to-day operations. Excavators, automobiles, skyscrapers, robots, and footbridges are essentials that require accurately constructed metals. Metals are naturally durable, making them the best choice for almost anything that needs to be particularly strong and sturdy.
The irony is that the power of metal is also its weak point. Metals are resistant to damage, and they are extremely difficult to modify and shape into specialized pieces. How then do professionals accurately cut and modify metals required to construct something as huge and strong as an airplane wing? For most cases, the plasma cutter is indeed the ultimate solution. The plasma cutter may seem like something out of a science fiction novel, but it has been a common device since World War II.
A plasma cutter has a very simple concept. It accomplishes its goal by utilizing one of the universe's most common states of matter. Keep reading to know more about plasma cutters and the powerful machine called the Hypertherm Powermax 65.
Plasma cutters emerge in several different forms. First, there are monstrous plasma cutters that produce accurate cuts with robotic arms. There are also portable, handheld units available in a handyman's shop. Irrespective of their size, all plasma cutters perform the same functions and are built on a similar design.
Plasma cutters operate by passing a compressed gas—like nitrogen, argon, or oxygen—through a central tube. A negatively charged electrode can be positioned in the center of this channel. A circuit is formed once you impose energy on the negatively charged electrode and touch the metal with the nozzle's tip. In between the electrode and the metal, a strong spark is produced.
The plasma itself produces electricity and the arc creation process is constant as long as power is applied to the electrode. The plasma should remain in contact with the metal object you are working with. The cutter nozzle does have a second nozzle to secure this contact, guard the cut against oxidation, and control the unpredictable nature of plasma. These channels circulate a steady stream of shielding gas around the metal surface. The gas flow’s pressure completely controls the radius of the plasma beam.
Plasma cutters are now commonplace. They are used to personalize, modify and create chassis and brackets in tailored machine shops and automotive manufacturers. Building contractors use plasma cutters to cut and fabricate massive beams or metal sheets goods in complex projects. Locksmiths utilize plasma cutters to drill into safety deposit boxes and vaults when customers are locked out.
Plasma cutters are one of the most effective methods for cutting metal parts such as steel, alloy steels, bronze, and aluminum. If you're looking for a good plasma cutter, these are the attributes you need to keep an eye on:
Plasma cutters require pressurized gas supplied by an installed air compressor or an external compressed air supply. Each of these generates excellent results, but when selecting a plasma cutter, you must consider which is the most advantageous for you. For example, a built-in compressed air will be more costly, but it allows you to manage small jobs better.
A pilot arc is a trimming feature that enables you to cut metal without the torch's tip touching it, resulting in a much more steady arc with a longer consumable existence. It is useful when cutting rusted metal parts because it eliminates the need to clean the whole metal.
The width of metal that a plasma cutter can cut is another crucial factor to consider. Recognize the total thickness of metal you'll be working with and select a device that can handle it. A plasma cutter has three different cut settings: rated, quality, and severe cut.
The size of the torch is essential. If you're dealing with a large workshop, a longer torch will allow you to work in different areas of your working space without needing to relocate the heavy plasma cutter around.
The cut performance refers to how clean and professional the final cut is. Because the best plasma cutters have such a high cut quality, cuts will be accurately sharp and clean. It will also give you more time to do other welding-related tasks since you won't be spending time cleaning up the mess to get a smoother surface.
When selecting a plasma cutter, you want to have high-quality equipment that will last a long time. Plasma cutters are not cheap, so ensure your investment will last and won’t break down while you're operating on something significant.
Select a reputable brand from a reputable retailer. Brands such as Hypertherm, which some professional welders highly recommend, are available on Amazon.
A plasma cutter is a machine that can create intricate pieces with just one pass. It’s perfect for those who want something more complicated than an average blade or tool in their arsenal. If you have to cut metal, this type of cutter won’t disappoint you. It's small and lightweight so it won't take up too much space on site. Plus this cutter is user-friendly with its simple buttons for operation.
Here are the plasma cutters that can do the job well:
This plasma cutter raises the bar high. Its plasma system is a multifunctional device for heavy-duty plasma cutting. However, this favorite was discontinued in 2021, but you can still buy its consumables like the Hypertherm Powermax 65 consumables #220930 on Amazon and other web stores.
There are still plasma cutters from Hypertherm that are as powerful as the Hypertherm Powermax 65, such as Powermax 30. Here are our other picks:
The Powermax 65 Hand System is undoubtedly one of the best cutters; it provides numerous benefits that are not present in several other brands. One of these benefits is the ability to switch torch modes from standard to short barrels. While it is not ideal for home use, it is worth considering for larger, heavy-duty users.
Hypertherm is a manufacturer of plasma cutters and other welding machines and accessories like the Hypertherm Powermax 65 consumables. Though they stopped producing the Hypermax 65, you can still enjoy other plasma cutters from the same brands like the Powermax 30 and Powermax 40.
The plasma cutters from Warfox and Flaring are well-received with favorable reviews and high ratings on Amazon. Try one of these powerful and affordable plasma cutters—they won’t let you down!
If you want more reviews and information about your welding needs, Welding Buddy has got you covered. Explore more of our website today.
Plasma cutters are must-have machines for metalworkers and welding hobbyists. They make welding so much easier and more efficient. If you are looking for a plasma cutter that is reasonably priced but offers satisfactory quality, then see what this Lotos machine has to offer.
The LTP5000D is a low-cost plasma cutter designed for amateurs, do-it-yourself metalworkers, and beginners. This cutter features a non-touch pilot arc which cuts up to at least 3/4-inch thickness. So it's awesome.
This low-cost Lotos technology machine is of reasonable quality. You can't immediately compare it to high-end brands, however, it outperforms well-known brands in cutting thickness and portability, albeit with poorer cut quality. That's quite understandable given its price.
In this article, you'll learn about the features of the Lotos LPT5000D and why welders love this machine.
The LTP5000D is one of the most popular plasma cutters among home hobbyists and metalworkers. That's because it's affordable, comes with a pilot arc, and cuts well.
It contains an integrated air-filter regulator, accepts 110 and 220V inputs, has a digital display, and allows fine-tuning of the amperage output. It's also compact, lightweight, and simple to operate.
The pilot arc, which allows you to start the arc without contacting the metal, is one of its best features. The arc increases the life of the Lotos LTP5000D plasma cutter consumables, improves cut quality, and allows you to utilize a plasma cutter in unusual ways, such as clearing cutting dross with a small amount of plasma arc.
This device is expected to be a favorite for light shop work and DIY enthusiasts due to its low price. In addition, the performance of this small device has earned it a place on our list of the finest plasma cutters.
You'll probably be satisfied with this plasma cutter if you don't mind the not-so-perfect cuts with budget devices like this one.
So, let's look at the best features of the Lotos LTP5000d 50amp non-touch pilot arc plasma cutter and see how hobbyists may benefit from this low-cost cutter.
The Lotos LTP5000D employs a pilot arc torch, which is a cutting method that allows you to cut metals without touching them. As a result, cutting quality is improved, cutting time is reduced, and consumable life is extended, making cutting more fun. Furthermore, the pilot arc lets you cut through painted and rusted surfaces with little slag.
The PAPST sophisticated cooling system is used in this cutter to ensure that the machine does not overheat and that the inside of the metal remains cool for more durable and steady performance. The plasma cutter also includes a handy handle for portability. It also features MOSFET technology, enabling high power output while cutting thin metals and consistent production when cutting light metals.
The Lotos LTP5000D cuts metals safely and efficiently with non-hazardous compressed air. It is ideal for cutting a range of metals, including aluminum, stainless steel, mild steel, alloy steel, copper, etc. This plasma cutter offers high-speed, precise cuts and a maximum severance cut of 3/4 inch, making it an excellent choice for home metal crafters and artists.
While the cut isn't surgically clean, it certainly cuts deep. As advertised, this plasma cutter has powerful cutting skills that cut up to 3/4-inch steel. Many low-cost plasma cutters boast large specifications, but this one can actually achieve it. For a hobbyist-level machine, that's a huge amount of power.
This unit is lightweight and small, weighing only 26 lbs. In addition, it comes with a built-in plastic handle for simple transportation, allowing anyone to carry it anywhere.
Its adaptability is further enhanced by its dual-voltage capability. A generator can be used whenever necessary. Lotos has the advantage of having a high power output while also maintaining portability.
The cutter is budget-friendly and a tried-and-true brand. You wouldn't be breaking the bank for this device! Keep in mind that the build quality, overall cut performance, and duty-cycle are insufficient for industrial use. If you don't need that kind of plasma cutter and just need something reliable for a DIY project or an auto repair shop, then check this unit out.
The Lotos LTP5000d 50 amp non touch pilot arc plasma cutter doesn't include additional consumables, but that's to be anticipated given the price range. You can get a more comprehensive package with consumables for a little more money.
Don't expect too much from this plasma cutter. You can't bank on immaculate performance, durability, or a clean-cut for the price.
However, if your job will not suffer due to the limitations listed below, the LTP5000D is of great value.
Given its low price, this plasma cutter performs decently. However, many people expect an unblemished cut. Unfortunately, the LTP5000D can only do fine cuts on thinner metal sheets. So be aware of this and don't be surprised.
While the spec sheet claims a clean cut for up to 1/2 inches, there will be residue at the newly produced edge. This residue can be removed using a simple file or, in certain cases, an angle grinder, depending on the speed of travel.
If you don't anticipate it to function as well as a Hypertherm or a Miller machine, you'll be pleased and content with this low-cost option. Just remember that when you are cutting anything thick, be careful and make sure you file down the edge.
When cutting with this device, expect that there will be a lot of sparks. As a result, you should avoid working near anything you don't want to cover with them.
The aperture opening at the torch's tip appears to be too big. The plasma arc becomes less focused and wider as a result. Due to this, the cut will be thick, and the metal, especially the thick parts, will flash up like fireworks.
A wide-cut means lesser precision, which ties in with the earlier argument about how this unit can't compete with brands that cost higher. Plasma cutters and associated torches are extremely complicated machines. Lotos' cost-cutting efforts are admirable, but you can expect erratic arc behavior and less precision when buying this low-cost machine.
If you want or need more precision, purchase a plasma cutter from a more trusted brand.
The LTP5000D is a fairly good Lotos plasma cutter that will not break the bank. As a bargain brand, Lotos has weathered the test of time. You'll be happy with this cutter as long as you have realistic expectations and don't require a machine for high-quality work.
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You would never think of rugged and noisy machines such as plasma cutters to create intricate works of art. But plasma cutters are useful not only in construction sites and factories but also in cozy homes and galleries, the common birthplaces of heavy metal art.
Generally, plasma cutters aren't difficult to use as long as you know the basics. It's pretty straightforward—electrically heated plasma cuts through metal and steel like butter. But let's explore the exciting ways of using portable plasma cutters in the art industry.
Plasma cutting is one of the most advanced cutting techniques today. You can use any conductive material such as metal, steel, copper, and brass for plasma cutting to get efficient and precise cuts for any field.
How do we use a plasma cutter for metal art? The plasma cutter superheats gas (creating plasma) and blasts it through the nozzle. The nozzle is crucial in your plasma cutter machine as it produces an electric arc to make cuts.
Of course, there is a learning curve to using this machinery, but once you get past it, you can make a clean cut effortlessly.
The best plasma cutter's setting and ease of use are incredibly greater compared to an oxy-fuel cutter. For one, plasma cutters provide for diversity, allowing you to work on different types of metals. In contrast, oxy-fuel cutters can only cut through iron-containing steel. In addition, plasma cutters can cut through stacks of metal plates as if they were pancakes, while oxy-fuel cutters can only cut up to 24-inch-thick steel.
Safety is another thing that piques artists to get portable plasma cutters since the gas used on this machine is not highly flammable. As a result, it's far less dangerous than using other cutters.
Last but not least, a portable plasma cutter makes cutting different shapes and angles more accurate. Simple welding or torching cannot produce the same results as plasma cutting.
If you are a metal art creator or enthusiast, you should be on the lookout for these cutting-edge plasma cutters.
The CUT50D 50A Air Inverter Portable Plasma Cutter features a lift-type arc start for drag starts and cutting. The closer your cutter is to the metal, the finer and more precise cuts you will get.
You can cut sheet metals as thin as 22 gauges nicely with its lower-limit output of 20 amps. It's perfectly lightweight and powerful for any DIY workshop project.
What's interesting about this cutter is its non-touch pilot arc, which allows you to work on your metal canvass with minimal slag. It means you don't have to put your torch too close, producing a higher quality of cuts and longer consumable life.
This cutter comes a tad cheaper than the CUT50D 50A Air Inverter Portable Plasma Cutter, but make no mistake: it’s no less powerful.
Incredibly versatile and affordable, this 50-amp portable plasma cutter can go through a half-inch-thick metal in one pass when running on 240 volts. If you're working with a lower voltage—say, 100 volts—you can go up to 40 amps to cut a ¼-inch-thick plate. You can even go as low as 10 amps for thin sheet metals used for auto body works or bendable materials for rendering curves in your work.
The metal you work on certainly affects whether or not you should try plasma cutters. Since every type of metal works for this dynamic machinery, you should consider the thickness of the metal.
Apart from that, let us ask you a few more questions to help you decide if plasma cutters will work for you.
Hopefully, the list helps you narrow down your choices and find a high-quality portable plasma cutter to satisfy your artistic needs.
Thermal dynamics has brought to life tons of metal art pieces. But how can you, a beginner, start using this overwhelming technology? Here are some mind-blowing tips.
Portable plasma cutters are heavily dependent on the skill of the welder. So if you happen to have shaky hands, cutting a straight line through the metal can be tricky.
That shouldn't be a problem. You can clamp rulers or straight edges onto the metal, so you can just easily trace and make immaculately straight lines without breaking a sweat.
Are you a metal artist just for the fun of it? You may not be as gifted as the European sculptors behind giant-sized falcons or angels, but that's perfectly fine. We all start somewhere, and it always begins with templates.
Metal artists use projectors to cast their desired templates onto the metal. Depending on how near or far your projector is, you can resize your projected templates. Of course, if you don't have a fancy projector, you can use wooden templates, but these are one size only.
If you didn't know how to draw a bear on your metal sheet back then, now you do!
It is important that every plasma cutter, portable or not, has its consumables properly maintained and changed every so often. You can make cleaner and far more precise cuts with new nozzles and tips than with burnt-out ones.
In addition, double-check if your consumables are compatible with your plasma cutter and can handle the amps. If you're cutting at 50 amps and your consumables can only withstand up to 30 amps, you'll burn through them more quickly.
Most artists always make a sketch or light drawing first before making a definite stroke on paper. The same practice applies to plasma cutting.
Dry runs can give you an idea of how far along you'd have to reach when cutting. Because if you happen to stop in the middle of cutting your metal, the cut would be uneven.
If you end up with a small hole where you restarted the cutting, just fill it in with a tack weld and grind it back.
The portable plasma cutter machine has allowed metal artists to create innovative art pieces that take our breath away. The technology may still be fairly new to some, but it's never too late to start using one.
If you're just starting on your metal artistry, we're here to help you get the best knowledge and techniques. Learn more about the infinite uses of welding and plasma cutting machines with Welding Buddy.
Lincoln Electric provides reliable cutting tools for every curve, odd shape, and interesting cuts you want. The company has provided quality plasma cutters for years and is continuing to innovate
Luckily for you, this article narrows down Lincoln plasma cutters from A to Z. So, let’s check out Lincoln’s product lines and see what you can bring home to your workshop today.
Lincoln Electric has developed a wide range of plasma cutters for every consumer, from construction and autobody professionals to DIY hobbyists at home.
People use Lincoln plasma cutters in light and heavy industries for those seamless and quick cuts of much-needed sheet metals. But which cutting machine works best for you?
Here are the types of Lincoln plasma cutter machines with their significant features.
Portable plasma cutters are popular due to the increasing demand for portable cutting machines.
They’re not exactly lightweight, but at least they’re a great improvement on industrialized plasma cutters. Each plasma cutter offered by Lincoln is easy to operate with its Touch Start System and safety features for the proper installation of consumables and torches.
A handheld Lincoln plasma cutter comes with an air compressor, hand torch, consumables, and other accessories. Lincoln offers four portable plasma cutters:
Performance in Cutting (inches)
|Tomahawk 375 AIR Plasma Cutter with 10 ft. Hand Torch||Tomahawk 625 Plasma Cutter with a 20 ft. Hand Torch||Tomahawk 1000 Plasma Cutter with 25 ft. Hand Torch||Tomahawk 1500 Plasma Cutter with 25 ft Hand Torch|
These portable plasma cutting machines may not have the longevity and capacity as its big brothers, but it gets the job done.
This is what you could call the conventional plasma cutters—the ones that you see at your friend’s home garage or professional production workshops.
These types of Lincoln plasma cutters use only air and oxygen for cutting, unlike high definition plasma cutters. They may not provide excellent cut quality, but they have the fastest cutting speed. These work best when cutting mild steel.
Here is a brief overview of Lincoln Electric’s conventional plasma cutters:
Max. Cut Capacity (inches)
|FlexCut 80||FlexCut 125||FlexCut 200|
|Gas Pressure||87–109 PSI||90–120 PSI||90–130 PSI|
You can also opt to buy cutting tables with your mechanized air plasma cutter. It is highly suggested since these machines are already intended for light industrial use.
We’re not talking about HD TVs here. We’re talking about high-end cutting with fewer excess metals. This plasma cutter is perfect for those large, more demanding applications—like in the construction, recycling, and automotive industries.
HD plasma cutters can keep you operational 24 hours a day, unlike small to mid-sized Lincoln plasma cutting machines.
There are two Lincoln Electric products under the Fineline line:
Cut Capacity (inches)
|FineLine 170 HD||FineLine 300 HD|
|Mild SteelProduction Capacity|
|Max. Cutting Capacity||2||3|
|Stainless SteelProduction Capacity|
|Max. Cutting Capacity||1.5||2|
|Max. Cutting Capacity||1.5||2|
|Input Power: Voltage||380–575||380–575|
|Inlet Gas Pressure||105–145 PSI||105–145|
|Cutting GasMild Steel|
|Stainless Steel||Nitrogen, H17/Nitrogen/Air/Air, Air|
|Rated Output: Current/Voltage/Duty Cycle||170/210/100%||300/210/100%|
Gases used for your plasma cutters are collected through the plasma cutter’s compressor. In addition, some welders use gas tanks filled with the gases needed to make them more concentrated.
That said, plasma cutter gas is an integral component of your plasma-cutting process. Mixed gases can give you cleaner and faster cuts. However, they come with a safety warning. So make sure you have the right tools and equipment to maintain these huge plasma cutters.
Do you remember those cool cutting machines from the first scene of the 1999 classic robot movie, Bicentennial Man? Fine line cutting brought that robot to life. Plasma cutting used to be fictional, but now, we have Torchmate CNC plasma cutters, one of the most advanced plasma cutters of Lincoln Electric.
What’s convenient about this technology is that it comes with a downdraft, also known as a water table, and software that lets you draw on any metal without ever holding the torch itself.
You can do the cutting manually by using the arrow keys on the plugged-in computer. In addition, you can add the metal thickness and the amps you need to do your cutting.
We've taken the liberty to jot down Lincoln Electric's Torchmate products. These products have a downdraft, a cutting table in different sizes, and a plasma cutter of your choice. It's a one-stop shop for your plasma-cutting needs.
This product has a 4x4 cutting table that's perfect for small spaces. In addition, it is fully assembled, meaning you or a technician doesn't have to set up your plasma cutter.
If you're a professor teaching engineering and any related field to plasma cutting, then having this product can be quite handy for classroom discussions.
It has a 4x8 table that's also fully assembled. If you happen to work in a medium-scale fabrication shop, this is what you want.
Another cutting table that suits well with mid-sized production. This 5x10 table will surely fit into your shop nicely.
It is designed to cut thick metal plates and endure harsh shop environments. Recyclers and construction workers will appreciate this product.
This plasma cutter has a table that goes up to 8x22, perfectly paired with a Lincoln HD plasma cutter.
This is the ideal package if you operate 24 hours a day and want only minimal maintenance. The Torchmate 5100 is the big gun of the Lincoln Torchmate's plasma-cutting line.
The cutting table of this cutter stretches up to 25 feet. However, instead of having a square-like cutting table, it is elongated. As a result, it is ideally designed for narrow fabrication shops.
Lincoln Electric has the best and most complete selection of plasma cutters for any workshop. Picking the best, whether for leisure or business, is greatly relevant to the results of your plasma-cutting work. Nevertheless, you won't regret purchasing a one from Lincoln.
Are you intrigued? Do you want to learn more about plasma cutting or any other welding-related information? Then, explore more of Welding Buddy's interesting blogs right here.
Perhaps you have already begun your TIG and stick welding journey, and have even perfected these processes. Now, you are ready to try one of the most popular welding activities—plasma cutting. You’ll be in the market to look for the best plasma cutter, so we’re here to assist you!
Getting the best plasma cutter can make or break your love for the craft, so get something reliable like the Everlast plasma cutter. Whether you have heard about the Everlast welding brand or this is the first time, here are the eight reasons why they should be the first brand to look at for a plasma cutter.
Among the many reasons Everlast plasma cutters are the machines you should choose is their high-tech features. Some Everlast machines like the Everlast 82i Plasma Cutter are already equipped with CNC technology. This technology has the cutting data in the machine system, so you can cut more precisely and have more precise output than doing it with your bare hands. You can also cut faster and more efficiently, reducing the labor and resource costs. Nevertheless, if you still want to show off your expertise with manual cutting, then this machine will oblige.
Aside from state-of-the-art technology for plasma cutting, the Everlast machines also include models which have TIG and stick functions. With this, you can perform any task using only one piece of equipment. All you need to have are the different torches for the different tasks. It would help to familiarize yourself with the volts and amps to use when TIG welding, stick welding, and plasma cutting. You also need to know how and when these different welding techniques are best used. If you are a beginner in the metal shop world, Everlast machines with complete features will be more than enough to get you started.
Do you dream of a home that has a contemporary design, accentuated with elements made of aluminum, steel, or stainless steel? Achieving your dream home is easier when you have your plasma cutter. With a plasma cutter, you can create designs in metal sheets free hand. The experience is made even better when you have an Everlast plasma cutter because the controls are easy to set up. If you get too into the design process, you will not put your safety at risk, as the machine is designed to interrupt your welding when red flags occur.
Welding knowledge can go a long way in repairing various damages and broken things at home or on a farm. You can repair broken window grills, steel tables, and chairs quickly through TIG welding with the Everlast multipurpose plasma cutter. You can do the same for any repairs your farm and ranch need, like fixing fences, maintaining plantation rows, or fixing farm equipment. If putting together steel is what you need, TIG welding with an Everlast plasma cutter gets the job done.
Aside from using Everlast plasma cutters for personal use, they are also a reliable tool if you want to open a small shop or begin a welding and cutting business. They are a great investment, especially when you get the UltraArc 250 or the Multipro 205, which are capable of TIG welding, stick welding, and plasma cutting; you’ll have one piece of equipment for all the welding and cutting tasks you need. For beginners, it pays to know the settings, amperage, and torches for each task to achieve the output you want. Meanwhile, the Everlast Plasma Cutter 82i is an excellent investment if you want to focus on quality cuts.
Traditional welding machines work just fine, especially when you are adept with the amperage and voltage for TIG and stick welding and plasma cutting. Yet, picking machines with digitized controls is still much better, especially for beginners. The digitized control is characterized by an LED screen showing the exact voltage and amperage, so there is no guessing if you have the right settings or not. This is beneficial for you because you'll get just the right air pressure, heat, and fuel on your torch, ensuring better work outputs and prolonging the life of the consumables (Everlast plasma cutter tips) and the machine itself.
There are many benefits of getting a complete welding and cutting machine, such as:
The great news is that Everlast sells plasma cutters and welding equipment in complete sets. You’ll get the machine itself, plus adapters, clamps, regulators, torches, and consumables, depending on the model you choose. After setting the plasma cutter up, you will be ready to work at home or start your business.
If you plan to offer your cutting and welding services as a home service, it pays to have a robust but lightweight machine. A durable machine won’t bear any damage even when you move it from one place to another, and being lightweight ensures you can transport it easily. The Everlast machines weigh from 32 lbs. to 67 lbs., which can be conveniently moved using a cart or inside your car trunk. It is also convenient to have a portable machine at home when the materials you need to repair are from other ends of the house. Though you need to invest in a cart, as most Everlast sets do not come with one.
If you're in the market for a quality welding and cutting machine that will last you for years to come, the Everlast plasma cutters are worth looking at. They offer several features and benefits that are hard to beat, and they’re designed with home users and welding beginners in mind. With their combination of TIG and stick welding, plus plasma cutting and CNC technology, these machines can handle just about any job you might need to do. Because it's so reliable and portable, you'll be able to take it practically anywhere you go. So what are you waiting for? Check out Everlast plasma cutters today!
People are attracted to buying things that they perceive to be of high value, despite their high price. This principle works the same for welders, but it’s not always the best decision.
A cheap plasma cutter can save practical welders a lot of money, but the experienced ones also see low value associated with the low price, which prevents them from buying it. As a welder, you can relate to these common and valid reasons.
The lifespan of a cheap plasma cutter is one of the primary concerns for both home hobbyists and professionals. Low-cost means the cutting equipment is assembled using substandard components and will wear out quickly when used frequently.
Associated with the substandard quality of the cheap plasma cutting machine is the worry it may not work as it's expected to. If you ever felt that irrational fear of a cutting machine exploding in front of your welding helmet as soon as you flip the switch, you're not alone. It's a perceived risk due to the lack of reliability associated with the cheap machines.
Another common reason that repels many welders from cheap cutting rigs is that they may not produce quality and smooth cuts as the branded, expensive ones. They are low-priced, so the machine must not have specifications that can compete with the mid or high-priced, branded ones, with sub-par functionality.
To know whether our reasons for avoiding budget plasma cutting machines are serving us well, we have to look at its characteristics and compare it with the one that carries a popular brand. This way, we can find out how wide the gap is between a branded machine and a cheap, generic one.
|Characteristics||Plasma Cutter (Cheap)||Plasma Cutter (Branded)|
|Dimensions||16.9 x 13.7 x 11.6 inches||18.1 x 7.9 x 12.6 inches|
|Weight||20.8 pounds||22 pounds|
|Voltage||110/220V at 50/60Hz||110/240V at 50/60Hz|
|Rated Duty Cycle||60% -50A100%- 40A||40% - 40A 100% - 20 A|
|Clean Cut||10 milimeters||12 millimeters|
|Severance Cut||14 milimeters||25 millimeters|
The cheap one wins this, hands down. The sample above reflects close to what most generic plasma machines cost—around $150–200 for a package that includes the machine and other accessories. The price of the cheap machine is very competitive versus the branded one, which is usually nine times more expensive.
A portable plasma cutter is common today. The size will be small enough you would mistake it for the small briefcase. This is true with two of the comparison machines above. Both the generic and branded cutters fall within the comfortable range for portability, but in terms of bulkiness and weight, the cheap one is smaller and lighter to carry around your workshop than the branded ones.
Both the sample generic and branded machines are neck a neck when it comes to specification. However, there are a lot of similarities with a few characteristics where either one wins. For example, the dual voltage and the output current range are almost the same.
In terms of cutting capacity—the most valued characteristic of any plasma cutter—the branded one closes the deal with a maximum of 1-inch thick metal cutting capacity. On the other hand, the generic plasma cutter is very close. This is notable, especially for casual cutting activities.
The functionality of the cheap machine doesn't differ as much from branded, expensive ones. In addition, it also extends a lot of practical advantages to the prospective welder if they buy one. Some of the highlights of a cheap plasma unit are stated below.
Anything that is taken care of can lasts long, and that includes the best budget plasma cutter available. But let's say you've been busy using the low-cost cutting machine and you forget to check it for damages, and one of its essential parts gets broken—the cutting torch. You can easily replace the torch with the same generic brand because it didn't cost you that much to buy the whole package. Time-wise, the replacement option would be more practical rather than spending effort repairing the torch.
On the flip side, a branded torch is harder to replace because it costs more. Buying one cutting torch will cost you as much as a whole cheap plasma cutting machine package, with the cables and consumables. You'll be better off buying a cheap one and selling your pre-loved branded cutter for welders with money to burn.
An inexpensive plasma cutter doesn't require much in terms of consumables. You can easily get a spare at most shops. That's because the consumables are made of basic materials and designed with only the essential technology needed.
Branded cutters manufacture their own high-quality, long-lasting consumables, but they are still replaceable. It's also more expensive to buy them. The branded consumables are advantageous to welders who are looking for a longer duration and frequency of use. So if you're using your cutter for occasional projects or work, you'll gain a leg up with a budget plasma cutter.
Cheap cutters don't cut as deep as high-priced ones. But that doesn't mean it can't cut thick metals at all. Most cheap plasma cutters can cut through half an inch of metal with ease—just the right thickness for most everyday welding and cutting. So if the majority of your work involves tearing apart metals of the same or lesser thickness, a cheap cutter will do just fine.
One pain point with branded welding and cutting products is that they tend to fit only the manufacturer's components. The bundling and unbundling strategy make a lot of sense from a business standpoint, but not to a wise welder who's pinching pennies.
The beauty of cheap cutters is that they’re generic. Parts and components can be bought from another generic manufacturer or even a branded one. As long as it fits the machine when you plug it, you'll be set. On the other hand, we advise you to limit this to accessories that can be attached, like the leads, cables, hoses, and torches. Please check the similarities of the components you're going to substitute before plugging it in. And we advise you to still get the internal machine components from the manufacturer or its authorized dealer even if another generic manufacturer offers the same exact component.
Welders are often inclined to buy the best cutting rig for the first time. This is a wise practice, especially if they're still in the learning and experimenting stage. But that doesn't always have to be the decision once the expensive plasma cutter has lived out its usefulness. It's good to have the courage to try something new, something cheap but practical. So go for the cheap cutter, and it may be the only one you'll keep buying for the rest of your welding career.