What’s the best metal lathe? Well, what’s right for you is different than what your neighbor needs. We review several excellent metal lathe machines we feel are worth your money.
For starters, the The Grizzly G0709 is a Gunsmithing (Gearhead) metal lathe, is considered a versatile, high-quality machine designed specifically for gunsmithing and other precision-oriented applications. This machine is not for the faint of heart or the beginner hobbyist who wants to dabble. There will be no dabbling with the G0709 — well, unless you’re wealthy, and in that case, dabble away, and I happen to have an even nicer model to sell you have too much money, and want to impress your metalworker friends — for that, consider the JET GH-2680ZH (21″ x 80″).
For regular folks like you and I, this Grizzly is a reasonable option with a good feature set, such as —
It has a 14″ swing over bed with a 40″ distance between centers, with ample work space for a wide range of projects; powered by a 2 HP motor with 8 spindle speeds (70-2000 RPM). The high-precision NSK bearings and extra-large 1-9/16″ spindle bore are unique features exclusive to this model, and gives it an edge over standard models. Everything is geared towards better accuracy and stability no matter what you’re working on. The “spider” mount system serves the function of stabilizing long shafting and rifle barrels through the outboard end of the spindle.
The foot brake serves as both a safety feature and an instant stop mechanism, providing added security and control.
Additional features of the G0709 include a D1-5 spindle, a 200 series quick change tool post, flood coolant system, LED work light, and a pull-out chip tray. These advanced features are just a sample of what makes the Grizzly G0709 an excellent choice for gunsmiths, machinists, and other demanding professionals who won’t settle for mediocre.
This is a tool for those who have a deep passion for metalworking, with a willingness to spend the time and resources to hone their skills and evolve their potential. It weighs a cool and casual 1300 lbs., which should let you know that it’s a high quality machine. Don’t let anyone tell you that weight doesn’t matter. It sure does matter, especially when it comes to choosing a good metal lathe. You’ll never find a professional grade 55 lb. metal lathe. Such a thing does not exist.
Now, let’s be honest, using a machine like this isn’t exactly a cheap hobby. The price tag on the G0709 might make some aspiring metalworkers think twice about their newfound passion. It’s less than $10K but more than $5K which tells you all you need to know for the moment. But for those who are dedicated to their craft, the investment will pay off in the long run. After all, the saying goes: “If you want to do something right, you have to invest in the right tools.” The G0709 Metal Lathe is worth considering if you have the budget for it. Just be prepared to spend some serious time and money on this hobby, because once you start, there’s no turning back!
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Choosing A Metal Lathe
Today CNC cutting has replaced the metal lathe in many professional engineering shops. Though for once-off projects, a traditional metal lathe is still the best and even most professional shops keep them around. Unlike computerized cutting and milling machines, you don’t need a CAD (DXF) file with an accurate image of the product that you want to cut when using a manually operated metal lathe. It also doesn’t take very long to set up a conventional metal lathe.
For those of us who enjoy customizing vehicles in our spare time, a metal lathe is a wonderful thing to have in the garage. You can fabricate any part you wish and go back to refine or modify it as many times as you need to. This allows us amateurs to become our own engineers and experiment with different ideas. There are many other crafts-people who enjoy the creative versatility that a metal lathe has to offer. As DIY enthusiasts, a metal lathe allows us to make custom tools for specialized applications. You can also make kitchenware, basically anything that you can think of. The lathe is not only used for metal work, they also cut wood and other materials like plastics, which are becoming increasingly popular.
Professional Metal Lathe | High Precision | Shop Fox M1112
This article is going to provide a buyer’s guide on how to go about choosing the best metal lathe. But, before going into all the many details of how a lathe works and what to look for in these machines, I’m going to review my recommendations for some of the best metal lathes. If you already know enough about lathes, you just want the facts on which models are the best in terms of specs, quality, and price. For those of you who are new to these tools, consider starting with our buying guide in the second half of the article. It gives you an education on metal lathes to help you make the right choice. It can be overwhelming if you’re just starting out and trying to choose your first metal lathe.
I’ve written this so there’s something here for everyone, including experienced metalworkers looking to upgrade. I’ll be answering a lot of common questions, like how does a metal lathe work and how to choose the best metal lathe.
Within the context of this review, we’re going to be looking at the best metal lathe for the small to medium shop. This will be DIY users and smaller professional shops that produce a limited volume of specialized custom products and parts.
Best Metal Lathes for 2023
Best Metal Lathes for 2023REVIEW: Grizzly G0602
Size : 10″ x 22″ — Best Benchtop Metal Lathe
Applications : making parts for models, engines or for repairs around the home or shop. Use your imagination. Great for a wide range of applications and industries.
Features:
Documents for the Grizzly G0602 :
Overview
The Grizzly G0602 is a big step up from the WEN3455, looking at the price, this is to be expected – this metal lathe is about twice the price of the WEN model. It’s a larger lathe and can, therefore, accommodate larger workpieces. It has a greater tooling variety and is, in all aspects, a more sophisticated machine.
The basic size spec of 10” X 22” is a far departure from the 7” X 12” WEN 3455. The Grizzly G0602 has a swing over bed of 9½” and swing over cross slide of 6⅛”. The distance between centers is 22”. So, from specification this alone, it’s obvious that you work with much larger metal pieces using the grizzly. Along with this increased capacity, it will obviously have a more powerful motor, this being 1HP (13.6A) 110V.
Rather than a variable or infinite speed control, the Grizzly has 6 set speeds, so you’re setting your speed at an exact RPM: 150; 300; 560; 720; 1200 or 2400 RPM. Adjusting the speed is a fairly complex process and involves changing the pulley configuration for any of the speed settings listed. Fortunately, the user’s manual describes things perfectly with photographs and detailed instructions. There’s a table on the machine to aid in selecting the correct configuration for the desired speed. Once you’re familiar with the process, it’s not difficult to do – it just takes a bit of time to loosen the pulley, change the belts and re-tighten everything. Setting the feed rate is also a process that takes some getting used, but this is also detailed very well in the instruction book that comes with the machine.
In fact, the manual is excellent in every detail and covers everything from initial startup and testing procedures, down to fitting tools and making all the necessary settings. If you’d like to know more about the operating procedures read the manual. The on/off and reverse selection switch is easy enough to understand and it has a large emergency shutoff switch for your safety.
All the specs for the Grizzly G0602 are an indication of the greater variety of tasks that you can perform with the lathe: Spindle bore is 1” (2.5MM); spindle thread is 1¾” X 8 TPI and it has an MT4 taper. It provides for a maximum ½” tool size with a 5” 3-jaw chuck, a 6½” 4-jaw chuck and an 8” faceplate a 4-way tool post. Both the steady rest and follow rest have a ¼” to 2” capacity. It has 9 longitudinal feeds. All of this takes the Grizzly G0602 into a more professional league as one of the best metal lathes.
Thread cutting is also very versatile with a total of 33 threads in inches (range: 8-72 TPI) and 26 metric threads, ranging from 0.25MM to 3.5MM. Though you should note that the feed does not reverse, so you won’t be able to cut left-hand threads.
Some other specs that may be of value to you are the lead screw (¾” – 12 TPI); compound travel of 3½”; cross slide travel of 6½”, carriage travel of 8½” and tailstock quill travel of 8½” (tailstock is MT3). This is quite a long list of detailed specs that can take a bit of getting used, but it boils down to a great range of working capabilities with very fine accuracy. If you’re going to be machining larger pieces of metal and need to do more detailed and accurate work, it’s quite obvious that the Grizzly G0602 is the machine for the job. You get a large toolbox with the Grizzly that keeps all the tools you need for changing the components and pulleys as well as the various cutting tools that come with the machine. It’s nice to have all this stuff stored in an organized fashion. You also have a selection of stands available as optional extras.
This is a big and heavy metal lathe, weighing 447 LBS and looks to be of industrial-grade quality with an oil-bathed gearbox. While Grizzly may not be a brand on the top end of the scale, you’re getting a very sophisticated metal lathe for its price. Unlike the cheaper lathes, this machine gives many of the working capabilities that you’ll expect to have in a professional shop. It has a 1-year warranty with all the standard limitations.
Learn more by visiting the Grizzly site.
REVIEW: Grizzly G8688
Size : 7″ x 12″ — Best Mini Metal Lathe
Features:
Documents for the Grizzly G8688 :
Overview
In very much the same league as the WEN 3455, the Grizzly G8688 is a small 7” X 12” metal lathe and much simpler to use than the complex bigger machines. As a manufacturer of budget tools, WEN is my preferred brand of the two, though the Grizzly is the cheaper option and has almost identical specs to the WEN equivalent. For a cheap, but very capable lathe for the home shop, the Grizzly G8688 is probably the most affordable that you’ll get before you go to too cheap and end up buying a piece of junk. I certainly wouldn’t call this metal lathe cheap junk. Rather, it’s an affordable tool of a good quality standard. At the same time, I wouldn’t consider it to be a heavy-duty machine. For that, you’d have to pay considerably more. This is perhaps the best metal lathe for the beginner or occasional hobbyist, as it offers everything you need to get started at a very affordable price.
The overbed swing is 7” and the distance between centers is 12” – exactly the same as the small WEN lathe. It comes with a 16MM bore chuck and the spindle bore is 20MM with an MT3 nose taper. The tailstock taper is MT2 with a travel of 2½”. Cross slide travel is 2¾” and it can accommodate a maximum tool bit size of ⁵⁄₁₆”. It can cut standard (inches) thread from 12 – 52 TPI and metric threads of 0.4 – 2MM, with18 thread pitches for inches and 10 for metric. So when comparing the working specs between the Grizzly G8688 and the WEN 3455, there’s virtually no difference.
The motor is also the same size (0.75 HP) and the variable speed control works in a very similar way to the WEN. It has a lever to alternate between high and low RPM with a dial to adjust the speed at these two levels. This gives you a speed range of 0-1100 RPM at the low range setting and 0-2500 RPM at the high setting.
For a small compact benchtop metal lathe (weighing only 75 LBS), the Grizzly G8688 can be described as a bargain. It’s as cheap as you’ll find for this caliber of machine and has all the specs and features one could want from a small metal lathe. You get the standard Grizzly 1-year limited warranty on this product.
Metal Lathe Buying Guide: The Facts
Metal Lathe Buying Guide: The FactsGeneral overview of the cost of a metal lathe, depending on the type:
Gearhead vs Electronic Variable Speed (EVS)
When it comes to choosing the right metal lathe for your workshop, you may come across the terms “gearhead” and “Electronic Variable Speed (EVS).” These two terms describe the way the lathe’s motor regulates the spindle speed and can impact the type of projects you’re able to tackle and your overall machining experience.
Starting with gearhead, these lathes have a mechanical transmission that uses gears to change the speed of the spindle. The speed is adjusted by shifting between different sets of gears. The advantage of gearhead lathes is their ruggedness and reliability. They’re typically preferred by more experienced machinists who want a more traditional and predictable machining experience.
On the other hand, we have EVS lathes, which use electronic technology to control the speed, providing a much finer degree of control over the spindle’s speed. This type of system is more flexible and allows for smoother and more precise speed changes. The advantage of EVS is that it provides the machinist with greater control over the spindle speed, making it easier to achieve the desired outcome. EVS lathes are also easier to operate and are often preferred by hobbyists and beginners.
For projects that require high torque and power, a gearhead lathe is typically better suited. Examples of such projects include:
- Cutting large pieces of metal
- Heavy-duty turning
- Facing large diameters
- Boring large holes
- Heavy-duty drilling.
On the other hand, projects that require precision and control are better suited for an EVS lathe. Examples include:
- Fine detail work
- Thread cutting
- Precision drilling
- Making complex shapes
- Producing intricate patterns.
Gearhead lathes can handle precision projects, but they may not be as effective as an EVS lathe. An EVS lathe has electronic speed control, which provides greater precision and control compared to a gearhead lathe that relies on mechanical components. An EVS lathe allows the metalworker to adjust the speed of the spindle more precisely and make finer cuts, while a gearhead lathe may struggle to achieve the same level of precision and control, especially when working on delicate or intricate projects.
It’s worth noting that while an EVS lathe is better suited for precision work, it may not be able to handle the heavy-duty work that a gearhead lathe can handle. When choosing between a gearhead and an EVS lathe, the metalworker should consider their specific needs, including the types of projects they will be working on, and make a decision based on what will best suit their needs.
So, which one is right for you? If you’re looking for a traditional and straightforward machining experience, you might prefer a gearhead lathe. If you’re looking for a more flexible and user-friendly option, an EVS lathe might be a better fit. As for the cost difference between the two, it’s worth noting that EVS lathes tend to be more expensive than gearhead lathes. In truth, the cost difference is generally negligible. The actual cost comes in the form of the projects you’re able to tackle and the overall satisfaction you get from your machining experience. As with most things in life, it’s a personal choice.
It’s worth mentioning that both gearhead and EVS lathes have their place in the metalworking world and can be used to create a more diverse range of projects. The key is to understand what you’re looking for in a lathe and choose the option that best fits your needs and goals.
If you’re feeling torn between the two, take a step back and think about the type of projects you’re hoping to tackle, your level of experience, and your overall goals. With a little self-reflection and a bit of research, you should be able to make an informed decision that sets you up for metalworking success.
How does a metal lathe work?
While a metal lathe has many complex adjustments, its basic operation is simple. It is used to cut and shape metal, though lathes are also used for other materials like wood or plastics. The piece of metal that is being shaped rotates and one uses different tools that press into the metal as it turns. As the cutting tool makes contact with the metal surface it cuts into it. The shape of the tool determines the shape of the cut and the depth that you cut into the metal can be controlled with complete accuracy, allowing you take very little metal off as it rotates.
There are a wide range of cutting tools that can be used with a metal lathe. The most common of these are:
- Facing tools creates a smooth face on the metal surface. This can be used perpendicular to the rotational axis of the piece being shaped or it can be angled.
- Fillet tools round the edges of the surface and one can also use chamfer tools to cut angled edges.
- Boring tools cut holes into the metal. This can be only partially into the surface or all the way through. Most metal lathes also allow one to cut threads for bolts and screws.
There are a number of components that are crucial to the proper functioning of the metal lathe.
The spindle has attachments that hold the workpiece while it rotates, allowing the operator to cut into the workpiece as it turns. Because metal lathes are expected to work extremely accurately with tolerances of 2-microns or less, the spindle is held in position by a precise bearing.
There a number of ways that a workpiece can be attached to the spindle, like chucks and faceplates. The spindle is often hollow to allow longer pieces to fit through it. Generally, the lathe spindle is tapered, this is usually a Morse Taper (MT), which allows for hollow tubular tapers to be used in order to reduce the size of a tapered hole.
In order to cut metals of any type, the spindle needs to a lot of torque and this is provided means of an electric motor that runs through a gearbox and usually a set of belt driven pulleys. The speed at which the spindle rotates is controlled by either changing gears or the configuration of the belts driving the pulleys. This gives a ratio that increases the torque as the speed is reduced. In the same way as a car’s transmission controls the speed and torque from the engine.
The spindle, gears, and speed control mechanisms are contained in the headstock and this needs to be strong and rigid. The forces when cutting metal and the vibrations need to be contained, so if the headstock is not strong enough to handle these factors, there will movement on the workpiece. Any movement, other than the rotation of the spindle, will result in inaccuracies and distortions in the final product.
The tool bits are held by a tool post on the carriage and this is controlled either by a manual hand wheel or an automatic feed shaft. For easier operation, many metal lathes make use of a quick change tool post that can hold several different tools at one time. Instead of changing the tool bit, one can rotate the tool post to use one of the other bits.
The carriage handwheel allows the operator to move the tool bit either perpendicularly to the workpiece (facing) or longitudinally (turning). The movement of the carriage is controlled by a cross-slide or a compound rest. The cross-slide mechanism is controlled by a feed screw and allows for a perpendicular angle to the main axis (facing). For more precision cutting and controlling the depth of screw and taper cuts, the compound rest offers finer control of the carriage movement. The carriage and headstock are connected by the bed which is a heavy table.
For cutting threads, the carriage is driven by a feed screw and a lead screw. These run through a gearbox that changes the ratio in order to get the correct thread size, type and direction.
On the opposite end of the lathe to the headstock, a tailstock is fitted. This is a stationary spindle that can be moved longitudinally – along the bed toward the headstock. The tailstock can hold drilling and other tools that like tapers. It is controlled by a by a lead gear and hand wheel to cut into the workpiece parallel to the axis.
How to select the best metal lathe?
Speed control is of utmost importance. Depending on the type of cutting tool you’re using, the material being cut and its thickness, one will need a big variety of speed settings. This is usually done by means of gears, belts, and pulleys that you change manually for the required ratio and this determines your speed. Smaller metal lathes will often have a single gear, operated by a lever and a speed control dial. This is not as accurate as doing things manually and, unlike pulleys and gears, you won’t get the same increase in torque when using a speed control dial. Basically, for smaller projects, a speed control dial is fine. But for a larger metal lathe, where better control over the power output is required, the manual gear and pulley system is the best.
Obviously, power is important, and, for this, you need a good electric motor. Metal is tough to cut so even a small benchtop lathe will need a motor of 0.75 – 1 HP.
Multiple thread options will give you the best versatility when working with different size materials. You’ll choose the size of the metal lathe that you want based on the type of projects that wish to undertake – this would be the distance from the center and the swing. Though this could be determined by your shop space and often, your budget. Larger metal lathes cost quite a bit more.
Secondary factors can include a safety guard over the spindle, but I don’t how valuable this actually is. You should always wear eye protection when using a metal lathe and the extra protection of a guard actually just complicates things and can be restrictive. A good safety shutoff switch helps a lot in an emergency. Chip trays and a backsplash help keep things tidy and will make it easier to clean up after you’re done.
For the rest, stick to reputable brands that are known for quality. A metal lathe is a complicated machine – full of gears and screws that need to remain 100% accurate. So build quality and suitable materials used in manufacturing the lathe are very important. You can never tell when looking at a metal lathe, what kind of quality has gone into the materials used and the machining. It really is a matter of trust and anyone who knows tools, knows that are brands that you can trust – their reputations are built on this.
History of Metal Lathes / Context
The evolution of metal lathes has been an intriguing journey, stretching back centuries. From the early days of wooden lathes used by ancient Egyptians and Greeks, to the development of advanced computer-controlled machines of today, metal lathes have been an integral part of the history of human civilization. These machines have been used to create everything from the smallest screws and nuts to complex machinery components.
Metal lathes were first introduced in the industrial revolution, and quickly became an essential tool for manufacturers. During this time, the machines were primarily used for producing gun barrels, but their versatility soon became apparent and their use quickly expanded to other industries.
One of the most interesting aspects of the historical context of metal lathes is their influence on modern metalworking. These machines have played a significant role in shaping the manufacturing landscape as we know it today. In 2021 the entire lathe industry was evaluated at around $22.7 billion. The metal cutting tool market is another category that’s studied every year and in 2021 it was evaluated at $65.4 billion with a forecast to reach $97.8 billion in 2031. As manufacturing demands increase, these tools are going to continue to rise.
Let’s get back to their historical context…
From the development of the screw-cutting lathe in the late 1700s, which allowed for mass production of screws, to the introduction of computer-controlled machines in the 20th century, metal lathes have continued to evolve and advance.
It’s interesting to note that some of the early metal lathes were powered by water wheels or steam engines, and were operated by skilled artisans. The development of electric motors and more advanced manufacturing processes has transformed the metalworking industry, making it possible for more people to take up metalworking as a hobby or profession.
Humans have come a long way from when we made out tools out of stone. It’s been a long road but we’ve reached a point where our rate of invention is astounding.
Evolution
The evolution of metal lathes is a story that spans centuries, dating back to ancient times when people first began to work metal into useful objects. In the early days, metalworkers used simple tools such as hand-cranked lathes, hammers, and chisels to shape metal into a variety of forms. Over time, these tools became more sophisticated, with the introduction of powered lathes, which allowed metalworkers to shape metal more quickly and accurately.
One of the biggest turning points in the evolution of metal lathes was the introduction of computer numerical control, or CNC, technology. This allowed metalworkers to program their lathes to perform precise, complex operations with a high degree of accuracy. CNC lathes can produce complex shapes and patterns with remarkable speed and efficiency, and they are widely used in a variety of industries, from automotive manufacturing to aerospace.
It’s incredible to think about just how far metal lathes have come in the past few centuries. From the simple hand-cranked lathes of the past, to the high-tech CNC machines of today, metal lathes have proven to be an indispensable tool in the metalworking world. And as technology continues to evolve, it’s likely that metal lathes will only become more advanced and capable in the future. So, if you’re a metalworker, hold on tight – the future is going to be one wild ride!
Future of Metalworking
Metalworking is a vital component of modern manufacturing and plays a significant role in shaping our world. From creating everyday products like smartphones and cars to more advanced technologies like aeronautical and space vehicles, metalworking has come a long way since its inception.
With the advancements in technology, metalworking has expanded and evolved to meet the demands of the 21st century. One of the most significant developments in this field has been the introduction of computer numerical control (CNC) technology, which has transformed the traditional metal lathe into a highly efficient machine that can produce intricate and complex designs with precision and accuracy.
CNC technology has allowed metalworkers to take their craft to new heights and has opened up new avenues for innovation and creativity. It has also helped to streamline the manufacturing process and has made it possible to produce products faster and more efficiently.
But what does the future of metalworking hold? Will it be taken over by machines and AI? While it is true that automation will play a larger role in metalworking in the future, skilled metalworkers will still be in high demand. The metalworking craft requires a unique combination of technical knowledge, creativity, and intuition, and machines and AI can only do so much.
The future of metalworking looks bright, and there is no doubt that it will continue to play a crucial role in shaping our world. Whether it’s developing new technologies, improving existing products, or creating new and innovative solutions, metalworking will always be at the forefront of progress and innovation.
Brands / Manufacturers of Metal Lathes
These are some of the common and reputable brands you’ll find. By no means is this list exhaustive. You’ll be surprised by how many companies are making metal lathes in 2023.
Hobbyists / DIY / Professional
Jet was established in 1958, Jet is a well-known brand in the metalworking industry, providing high-quality machinery and tools for hobbyists, DIYers, and professionals. They offer a wide range of metal lathes that are designed for different levels of experience, from entry-level to advanced.
Grizzly has been providing high-quality metalworking machinery and tools since 1983. Their metal lathes are designed for hobbyists, DIYers, and professionals, and are known for their durability, accuracy, and ease of use.
Central Machinery is a brand that has been providing metalworking machinery and tools for over 30 years. They offer a range of metal lathes for hobbyists, DIYers, and professionals that are known for their affordability and versatility.
Baileigh Industrial is a well-known brand in the metalworking industry, offering a wide range of metalworking machinery and tools for professionals. Their metal lathes are designed for industrial and heavy-duty applications and are known for their quality, durability, and accuracy.
Shop Fox has been providing metalworking machinery and tools since 1989. They offer a range of metal lathes for hobbyists, DIYers, and professionals that are known for their affordability, versatility, and ease of use.
Laguna Tools is a brand that has been providing high-quality metalworking machinery and tools since 1977. Their metal lathes are designed for professionals and are known for their quality, accuracy, and durability.
Vevor is a brand that provides a wide range of metalworking machinery and tools for hobbyists, DIYers, and professionals. Their metal lathes are known for their affordability, versatility, and ease of use.
Sherline is a well-known brand in the metalworking industry, offering a range of metal lathes for hobbyists and DIYers. Their lathes are known for their affordability, accuracy, and ease of use.
Precision Matthews is a brand that has been providing high-quality metalworking machinery and tools since 1940. Their metal lathes are designed for professionals and are known for their quality, accuracy, and durability.
GMC is a brand that has been providing metalworking machinery and tools for over 25 years. They offer a range of metal lathes for hobbyists, DIYers, and professionals that are known for their affordability, versatility, and ease of use.
LittleMachineShop is a brand that provides metalworking machinery and tools for hobbyists, DIYers, and professionals. Their metal lathes are known for their affordability, accuracy, and ease of use.
Smithy is a brand that has been providing metalworking machinery and tools for over 30 years. They offer a range of metal lathes for hobbyists, DIYers, and professionals that are known for their affordability, versatility, and ease of use.
Industrial-Grade Manufacturers
Machine Tools is a South Korean company that has been in the machine tool industry for over 100 years. They offer a wide range of machine tools for various industries including lathes for both heavy-duty and lightweight applications. Doosan Machine Tools is known for their innovative and reliable technology in the machine tool industry.
Trumpf was founded in 1923, Trumpf is a German company that is a leading producer of metalworking machinery and laser technology. In addition to lathes, they offer a comprehensive range of products and services for the metalworking industry. Trumpf is known for its high-quality and precise technology, and their commitment to research and development in the metalworking industry.
Amada Machine Tools is a Japanese company that has been in business for over 80 years. They offer a wide range of machine tools for various industries including metalworking and metal cutting. Amada Machine Tools is known for their high-quality, innovative and efficient technology in the metalworking industry.
JTEKT Corporation is a Japanese company that is a leading producer of machine tools and automotive parts. They offer a wide range of machine tools for various industries including lathes for heavy-duty and lightweight applications. JTEKT Corporation is known for their innovation and precision in the machine tool industry.
Okuma Corporation is a Japanese company that has been in business for over 125 years. They offer a wide range of machine tools for various industries including metalworking and metal cutting. Okuma Corporation is known for their high-quality and reliable technology in the machine tool industry.
Hyundai WIA is a South Korean company that has been in business for over 50 years. They offer a wide range of machine tools for various industries including metalworking and metal cutting. Hyundai WIA is known for their innovation and high-quality technology in the machine tool industry.
FANUC America Corporation is a Japanese company that is a leading producer of machine tools and industrial robots. In addition to lathes, they offer a comprehensive range of products and services for the metalworking industry. FANUC America Corporation is known for their precision and reliability in the machine tool industry.
Komatsu Ltd. is a Japanese company that’s been in business for over 100 years. They offer a wide range of machine tools for various industries including metalworking and metal cutting. Komatsu Ltd. is known for their innovative and reliable technology in the machine tool industry.
Makino is a Japanese company that has been in business for over 100 years. They offer a wide range of machine tools for various industries including metalworking and metal cutting. Makino is known for their high-quality, innovative and efficient technology in the machine tool industry.
