Introduction of CNC Mini Lathe Machine

The CNC Mini Lathe is a perfect addition to any shop. It can be used to train employees on how to use CNC technology or how to just operate it manually. The mini lathe machine will usually incorporate both CNC technology and manual operation. Not only is this a great learning machine, but it also works well for the hobbyist.

 

Lathe machines are designed to operate with wood, aluminum or brass. The mini machines work on the same basis as its grown counterparts. Even though you will not be able to the type of work with a mini machine that you would with a large lathe machine, as in long runs, etc, you will still be able to create projects on the same basis. Carve, etch, taper, you name it, the CNC mini lathe can still do it.

 

The great thing about CNC technology is that with the software program you can recreate any project over and over. It could be years in between that same specific project and all you have to do is download the same software again and the project will turn out to the exact same measurements and specifications as the original.

 

Many people create their own versions of the mini lathe machine. Homemade DIY mini CNC machines can be created, but you must have some sort of knowledge about how the CNC technology works, computers, circuitry, the different axes that is used, etc. There is actually quite a bit of stuff that goes into a computer numeric controlled machine that incorporates robotic technology.

 

CNC mini lathes come in a variety of sizes, believe it or not. Some offer higher rpm rates. They usually operate on two or three of the axes and those are X, Y and sometimes X, Y, and Z. By knowing about the different axes and the type of movements that can be created using a combination of the axes, you will really be able to create some amazing projects.

 

Most of the time the program interface that is used with CNC mini lathes is very simple to operate and you can find the ones that even operate off of Windows. Different graphic programs can be used and then turned into a program that the machine will then duplicate. Just imagine all the different things that you can do with this sort of technology.

 

A variety of different manufacturers offer versions of the mini lathe machines and if you have any questions all you have to do is contact them. They can help you to even determine what size of the mini lathe machine would be perfect for you.

 

Jenn Wei Machinery Co., Ltd. is the company of specializing in CNC mini lathes and other lathe machines and turning centers. If you are interested in learning more information about mini lathe machines, try to visit Jenn Wei’s website, you’ll find out the details you want to know.

 

 

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Advantages and Disadvantages of CNC Machining Vs Manual Lathes

While the Metal Spinning industry is ploughing its way through making hundreds and thousands of machine spun products, you have to wonder what the advantages are and disadvantages of CNC (Computer Numerical Control) machines compared to manually operated center Lathes?

 

CNC machines are very expensive to buy; however as the years move on the cost is decreasing due to the development of more efficient CNC models (and software). Manual lathes are cheaper to buy and require less setting up whereas CNC machines require you to either have somebody install and set it up or you can do this process yourself.

 

Size matters! If you are an SME (small to medium size enterprise) you may not have the space available for a CNC machine. Most models take up more than space then a manual lathe. CNC’s can contain and collect unwanted debris compared to manual lathes where the debris fall to the floor, making it a trip hazard and generally making the workshop look untidy.

 

CNC machines can be operated by one person. That one person can attend to more than one machine due to the machine producing all the work, with only a need to either change the tooling, replace a finished product with a new piece of material or to collect and dispose of material debris. Little training is needed for this one person to work the CNC machine. This is declining the need for skilled manual lathe workers, putting people out of work, and threatening the industry with less people being taught in the art of manual machinery type jobs.

 

CNC machining is reliably 99.99% accurate, and can produce products four times quicker than on a manual lathe. The other .1% is when the product dimensions can sometimes be off by up to 0.5mm, often this is due to the type of material, the temperature of the environment or the tooling being faulty; however this is a very rare occurrence. The machine is designed and programmed in such a manner that thousands of products with the same dimensions can be manufactured with complete accuracy and just with a single command. Even though the advantage to a CNC machine is that it can produce products with speed and accuracy, there are some jobs it can’t do, that a skilled worker can achieve on a manual lathe. But the downside to this is that human error can’t product a perfect product every time.

 

The CNC machine can be operated 24 hours a day, all year round, only stopping for maintenances. At the same time, updating the software can improve performance and speed. Depending on the type and size of job the CNC is required to do; renewing the tooling can be both cheap and expensive.

 

Prototypes are often required by the client before making the actual product. This could be to make sure the product has been designed correctly and can be made to the exact specifications. Finding a fault in the design early in the product life cycle will mean the design can be altered and will save time and money. The CNC machine does have the software that can simulate prototypes, therefore eliminating the need to use the CNC machine to make a physical prototype. This is another way to save money and time.

 

There may be more positives for the use of a CNC machine, but it would be wise if a SME wants to invest in a CNC machine, to always keep the manual lathe process within the company and not always rely on CNC machines. Although they allow for a much faster and accurate production line and eventually it will pay for itself, there is always the possibility that It could break down, so a backup of manual lathes can at least keep up with the constant demand of work should the need arise.

 

Shun Chuan is a professional lathes manufacturer who specialize in producing CNC lathe and manual lathe for more than 15 years. They insist to manufacture the efficiently and high-performance lathe machines for clients. Also, Shun Chuan dedicates in research and development to innovate lathes to meet the clients’ demands in top standard.

 

Find the suitable CNC lathe or manual lathe you need, welcome to check out Shun Chuan’s website to see what excellent lathe machines they can offer you.

 

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An Introduction to Precision Machining Services and CNC Machining

From a simple coin and electronics we use every day to parts of an airplane, everything comes from a very sophisticated process known as the precision technology service. It is a process of removing materials from a workpiece while gripping close to great finishes. This precision machining service has many types, which include machining, milling, electrical discharge and tuning. Nowadays most manufacturing companies use advanced precision machining performed by an EDM machine. Generally, however, high precision lathes are controlled by the use of CNC or Computer Numerical Controls.

 

A precision technology service contributes to each and every object that we see. Most metal products go through precision machining to achieve consistent, quality products usually from intricate blueprint designs. Also, wood and plastic materials use this machining method operated by highly trained and specialized machinists. The process in precision machining involves cutting tools, which are responsible for removing material from a workpiece. For the tool to do its cutting properly, it moves in a specific direction for a correct and precise cut. This main motion is what we call the cutting speed. The secondary motion is called feed in which the workpiece can be moved while in the process. Simultaneously, the motions and sharpness of the tool allow the precision machining service to operate.

 

One type of precision technology service is a milling machine, which shapes and cuts materials. This machine can either be horizontal or vertical based on the spindle orientation. It works in a manner wherein both the milling cutter and the workpiece move, which is controlled mechanically, manually or controlled by a CNC milling machine. One advanced milling machining used by most manufacturing companies is the CNC Milling Machine. It is mainly controlled by a computer and is normally used with horizontal or vertical milling machines and can also move the shaft along the Z axis. The first CNC machine, eventually called NC (Numerically Controlled) machine, was made in the 1940s. The CNC machining of today work with Computer Aided Design (CAD) and Computer Aided Manufacturing (CAM) softwares.

 

The lathe machine was dated back to ancient Egypt. As years passed, it has transitioned from something made out of wood, to something made of metal. Nowadays, lathe machines are operated by a computer. In some countries where technology is advanced, a CNC Lathe Machine is used. It is a lathe machining in which it is controlled by computers. Thus this method generates more varieties of dimensions, features and shapes while holding very close tolerance.

 

If you are interested in learning more information about high precision lathe and other machine tools, welcome to visit the website of Jenn Wei Machinery Company. More details, please don’t hesitate to contact with us.

 

 

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Flat Bed Lathe vs. Slant Bed Lathe

The lathe is piece of equipment that is used for turning, drilling and shaping certain materials including metal, glass and wood. There are two types of lathe machines based on bed alignment: The flat bed and slant bed lathe. And what are the differences between the two…?

 

Flat Bed CNC Lathe

 

As its name suggests, it is a flat CNC lathe where you are required to place materials accurately to avoid mistakes in the cutting process. It can be used for light and heavy metal machining, delivering a precise finish for the working material.

 

Slant Bed CNC Lathe

 

Slant bed lathes are aligned sideways. They produce a Z-axis movement. However, they only function at a certain speed throughout the machining process.

 

The Differences between Flat Bed and Slant Bed Lathes

 

Flat Bed Lathe:

It can handle both light and heavy duty materials with exact precision. Flat bed lathe has a high range of machining, stability and productivity. Only skilled professionals are allowed to handle this type of lathe because it is a heavy-equipped machine. It may cause injury if not properly operated.

 

Slant Bed Lathe:

It is advisable to use for light materials only. Slant bed lathe has a lower range of productivity due to its machining capacity. It is a user-friendly lathe where machining is a lot easier.

 

Similarities of Flat Bed and Slant Bed Lathes

 

Flat bed and slant bed lathes are both used for:

 

  • Mining industries
  • Shipping materials and equipment
  • Different parts of machinery
  • Industrial materials
  • Power plant materials and equipment

 

In general, both flat bed and slant bed lathes are useful for achieving a precise finish. The lathe you should use will depend greatly on the material you are working with.

 

With years of efforts of research and development, the Shun Chuan’s slant bed CNC lathe will offer the unique rigidity. Our slant bed lathes enhance heavy duty, precision and stability. With its excellent machine structure, you can handle heavy cutting with more ease than ever before. If you need further specification and details about slant bed lathe or other CNC lathes, welcome to browse Shun Chuan’s website or contact with us directly!

 

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Taking a Look at the Different Types of Lathe Machines

Lathe machines aid in turning. In turning, you remove material from your area of interest. The process usually used in plastic, wood, and metal parts. To achieve ideal results you should use the right lathe machines. Here are some of the main types of lathe machines:

 

Types of Lathe Machines

 

Engine lathes: they are the most common and they are used in different types of materials. Their main parts are: tailstock, headstock and bed. To accommodate a wide scope of work, the lathes came with a feature that allows you to easily adjust their speed. They also come in different sizes to be used in a wide range of applications.

 

Wood lathe: this is the simplest lathe machine that you will come across. As its name suggests, it’s designed for turning wood. Its main parts are: headstock, bed, tailstock, and tool rest. You need to note that you need special skills in order to accurately turn smooth curves.

 

Turret lathes: they are used for applying different types of operations on single work pieces. In addition to ensuring that you have excellent turns, they also ensure that you are able to work very fast as you don’t waste time removing and transferring the work piece to another machine.

 

Toolroom lathe: it’s a type of engine lathe that is designed for high precision work. The machine is usually used in tool and dies shops where custom parts and precision fixtures are produced.

 

Since it’s produced with special attention to smooth operation, spindle accuracy and precise alignment, the lathe is able to achieve better accuracy and precision than the standard lathe.

 

CNC lathe: its computer controlled and comes with a number of advantages such as powered axis drives, high speed repeatability, and feedback control. To use the lathe you only need to set it. The cool thing with it is that you don’t need special tools to achieve excellently curved contours.

 

Special duty lathes: they are used for special purposes such as heavy-duty production of identical parts. In most cases, the lathes are used to perform functions that can’t be performed by standard lathes. There are many types of these lathes with the common ones being: automatic, crankshaft, multispindle, brakedrum, and jeweler’s lathes.

 

Conclusion

 

These are some of the most common types of lathe machines. Before you make the purchase, you should always do your research and find the best machine for your material.

 

Myday machinery Inc. is a professional CNC lathe manufacturer who specialized in not only CNC lathes but also manual lathes. Welcome to visit our website and do not hesitate to contact MYDAY for more information about CNC lathe series now!

 

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About CNC Lathe

A CNC lathe is a machine that can spins material to do a variety of operations like sanding, drilling, cutting or sanding. Usually a lathe is used for more intricate cuts and Today, they replace the older multispindle lathes because they are easier to set up and operate.

 

A CNC lathe will use carbide tooling and is designed using a CAM process which creates a file that can be uploaded to the machine at a later time. The reason these are so popular is because you can set the machine once to do several pieces and it will continue to do them until you have programmed it to stop.

 

Each CNC lathe has a computer control that allows the machine to be controlled electronically, and this program can be modified to do a variety of things. When an operator runs a CNC lathe they have to have a lot of skill to understand the programs and how the programs to do the work.

 

You can work with wood when you use a CNC wood lathe or various metals depending on the project you are doing. The wood lathe can be used for wood but also for brass and Aluminum. There are also metalworking CNC lathes or milling machines that cut metal. You can do tapered work with these, drill holes, and create screw threads and more with these lathes.

 

Some CNC lathes are portable and others are stationary. In many shops for people who do woodwork for a hobby you would find a lathe because it is capable of making a lot of different designs and intricate cuts for things like stair railings, trellis’ or table legs.

 

The point of using a CNC lathe is to make a piece of material that is symmetrical and beautiful. This is done by placing the material in a machine and allowing that piece to be spun until it reaches the specification that was programmed into the computer. The cutting tools then move around it on the Z and X axis to cut away the material that isn’t needed to make the piece.

 

The process that the CNC lathe does is called turning and it can do a variety of shapes when it goes through the full process. Many machines are used to create a plain surface to make contour shapes, to taper the ends of some pieces and it makes threaded surfaces. You can also turn metal so that you can create rods bushes, pulleys or other shapes that are needed. In some industries they use a CNC lathe to fabricate parts that may have a cross section that is to move in a circular motion.

 

Any material can be used as long as it will hold up during the turning process while the software program is continuing its revolutions.

 

CNC lathes are best used when you want to turn out several pieces of the same size and shape and where you don’t want a lot of decoration. They do have their limitations but for the most part you can create nice pieces with this type of machine.

 

Cyclematic Machinery takes pride in manufacturing CNC lathe which features constant quality, technical competence, and competitive price. We have an efficient development team of well-experienced engineers who understand exact customer needs through complete market research and try to adopt the latest technology in designing & development of CNC lathes. Quality is the driving force behind Cyclemate’s success. For more information about CNC lathes, please feel free to contact Cyclematic!

 

 

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Brief About CNC Lathes

A CNC lathe is a machine that can spins material to do a variety of operations like sanding, drilling, cutting or sanding. Usually a lathe is used for more intricate cuts and Today, they replace the older multispindle lathes because they are easier to set up and operate.

A CNC lathe will use carbide tooling and is designed using a CAM process which creates a file that can be uploaded to the machine at a later time. The reason these are so popular is because you can set the machine once to do several pieces and it will continue to do them until you have programmed it to stop.

Each CNC lathe has a computer control that allows the machine to be controlled electronically, and this program can be modified to do a variety of things. When an operator runs a CNC lathe they have to have a lot of skill to understand the programs and how the programs to do the work.

You can work with wood when you use a CNC wood lathe or various metals depending on the project you are doing. The wood lathe can be used for wood but also for brass and Aluminum. There are also metalworking CNC lathes or milling machines that cut metal. You can do tapered work with these, drill holes, and create screw threads and more with these lathes.

Some CNC lathes are portable and others are stationary. In many shops for people who do woodwork for a hobby you would find a lathe because it is capable of making a lot of different designs and intricate cuts for things like stair railings, trellis’ or table legs.

The point of using a CNC lathe is to make a piece of material that is symmetrical and beautiful. This is done by placing the material in a machine and allowing that piece to be spun until it reaches the specification that was programmed into the computer. The cutting tools then move around it on the Z and X axis to cut away the material that isn’t needed to make the piece.

The process that the CNC lathe does is called turning and it can do a variety of shapes when it goes through the full process. Many machines are used to create a plain surface to make contour shapes, to taper the ends of some pieces and it makes threaded surfaces. You can also turn metal so that you can create rods bushes, pulleys or other shapes that are needed. In some industries they use a CNC lathe to fabricate parts that may have a cross section that is to move in a circular motion.

Any material can be used as long as it will hold up during the turning process while the software program is continuing its revolutions.

CNC lathes are best used when you want to turn out several pieces of the same size and shape and where you don’t want a lot of decoration. They do have their limitations but for the most part you can create nice pieces with this type of machine.

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CNC Lathes Types and Their Advantages

A lathe is a common tool which spins a block of materials to act different operations such as cutting, sanding, drilling and deformation with tools to create an object which has symmetry about an axis of rotation. Generally, this are lathe have a bed that has a horizontal beam that making sure to let some chips fall free off the bed and this are small enough for a person to sit on the stand.

There are many different types of lathes that are available on the market. One of the popular lathes is the woodworking lathes, it is also one of the oldest varieties, and all types of lathes had evolved in this simple design. Metal type lathes are the one that comes with a special sizes and shapes but it all depends in their applications. Some other lathes are combined with some other tools, in which drilling machines are one of the lathes buddy and it is commonly known as combination lathes.

In the past years, lathes have developed and upgraded with new materials that are becoming famously and as a result, they are amazingly flexible. With this they can now be apply in various ways in a wide range of materials. With the progressive developments in technology, CNC has been expeditiously replacing older versions of lathes because CNC lathe is easier to handle and set. Once the machines have been prearranged then they can continuously driving out parts needing only some infrequent supervision of an operator.

Computer Numeric Controlled lathes or also known as CNC lathes are being controlled from a personal computer, this will make it easier to be upgraded at the future, just a simple modification using some specific software and your good as new. With this kind of advanced machine, operators should have a full knowledge regarding how this machines works. However on the positive side the knowledge base which is needed tends to a general analyzing to the older version of these machines where affectionate knowledge of each individual machine was considered needful. A single person can generally set and monitor these machines with a small number of machines at once.

CNC lathes are being developed and upgraded in the previous years but the standard design still remains the same, only their technologies changes. Most of the machines are sealed it is because of some issues regarding safety and health.

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CNC Lathes and the Differences

Introduction

A Computer Numerical Controller refers to a computer that reads machine code instructions in order to control a machine tool. Computer Numerically Controlled, (CNC), Machine tools are usually used for machining raw material stocks into completed designs by undertaking a series of such instructions. CNC Lathes are probably the most widely known use of this engineering science. They spin a block of material so it can be cut, sanded, drilled or finished, with the end result being a completed three-dimensional item. In reality, CNC lathes are simply the same as an old-fashioned turret lathe, but running under computer control.

History

The invention and proliferation of electric motors in the early twentieth century inevitably led to traditional types of lathes becoming electric powered. This was the first major step towards today’s computer controlled lathes, and came about as manufacturers sought to increase productivity and reduce costs.

Constituent Parts / Components

Modern CNC lathes are a combination of a computer with a lathe machine and a controller that converts each digital signal into the desired action. Specialized software is first used to create the required design that needs to be replicated physically on metal, wood, etc. The work piece is next fitted on the chuck and rotated at slow or high speeds depending on the material and the type of cut or centering required. The computer then controls the cutting action of the lathe as required in order to produce the finished product. Modern lathes can have multiple spindles so that multiple transformations can be carried out on the end product without having to stop and reload it in a different orientation.

CNC lathe is typically equipped with three jaw hydraulic chucks. Holding of the raw material to be transformed is usually done with hard jaws or bored soft jaws. Lathes may also have a collet chuck. This allows for variable size and precision holding without the need for soft jaw boring. When equipping a lathe with a collet chuck, it may be necessary to modify or change the draw bar connecting the actuator to the chuck.

The tool pieces that are required to cut through steel are usually made of titanium carbide, tungsten carbide, and other hard alloys depending on the material that needs to be cut. The tool bits are utilized until the tolerance levels are maintained after which they are either sharpened where possible, or replaced with a new bit.

Despite their precision, CNC lathes generally require a good operator to oversee the mechanised process. This is still a much quicker, more productive and more cost effective solution than traditional lathes could achieve. A developer is also required to compile the program commands needed to instruct the equipment in the first place.

Programming a CNC lathe firstly requires a blueprint of the item to be created. After the blueprint is analysed, the programming of the cutting tools required for making each part can then be started. Every move in three dimensions is programmed, in extremely fine detail. A lot of skill and quality review is required at this stage to ensure no problems occur once the program is running in the live environment.

Practical Applications of CNC Lathes

CNC lathes are often used on hard materials such as metal, which require the material to be processed, usually through turning at high speed. They are also used to drill precise holes, including exactly centered holes usually in blocks of metal. The material does not have to be metal, as other materials such as wood and plastics can also be processed quickly and effectively by a CNC lathe. They are commonly used in light, medium and heavy engineering shops for creating many of the objects we see in everyday use. There is still a place for more traditional manual and electric lathes however. Usually this is where craftsmanship is a key part of the finished product, or where low production volume does not warrant the cost of a CNC lathe.

Advantages / Benefits

CNC Lathes have rapidly replaced the older manual lathes due to their ease of programming and operation. They provide a more rapid turn-round time for complex one-off parts and ensure consistency in quality control and design tolerances. They are very much leading edge technology in engineering circles and embody the latest processes and design principles. Three further benefits are reduced production time, reduced inventory and reduced set up times. With the general rise in production levels, automated CNC lathes ultimately offer higher production volumes, with greater precision and fewer errors.

Summary

CNC lathes bring real benefits to the general population and are a perfect example of man’s technological achievements being put to practical use. Due to their extensive use these days, goods can be produced faster, more accurately and at a cheaper cost than previously.

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CNC Lathes and Other Machines

CNC Lathes are machine tools which can take a piece of material and perform various functions on it including drilling and sanding. They can be used on wood, metal and glass. While they are generally relatively small, there are also large industrial machine lathes which can handle greater workloads. There also combination lathes which can perform a variety of additional functions. They are versatile pieces of kit, and thanks to Computer Numerical Controlled (CNC) technology they can now be operated from a computer rather than cumbersome, manual controls. This makes them much easier to schedule and operate, continually churning out parts with occasional supervision.

Using a computer to control a lathe means that designs and specifications can be adjusted more accurately and systematically, and means that to use a lathe and operator doesn’t necessarily have to be highly skilled or experienced with the manual controls. In the old days knowledge of individual machines was seen as essential, while CNC technology means that those with a general knowledge base can generally learn to operate almost any sort of machine tool. It’s also good news in terms of health and safety, as many machine lathes need to be enclosed for these reasons.

CNC Lathes are a great example of how technological innovation can not only herald new industrial machines, but can bring older machines up-to-date. CNC technology is a great option for manufacturers who have small budgets but high aspirations in terms of quality of work. By updating old machines with new software manufacturing can become quicker and more reliable, and ultimately more profitable. It’s easy to see why this type of technology is proving popular in the manufacturing industry.

The practise is called Computer-Aided Manufacturing (CAM). CAD modules on a computer provide instructions for controlling the machines electronically, meaning that operators do not have to take the time to learn the manual controls inside out. It’s a useful tool for production managers, as it allows them to more effectively monitor and forecast production. CNC Lathes are perfect for creating multiples of the same item, and can perform a range of functions. Complicated designs can be relatively easily set-up using CNC Lathe technology, and operators can expect to see a great degree of accuracy.

Manufacturers who are looking to make the best of old technology are finding that CNC technology is a great way of reducing the cost of manufacturing while maintaining good productivity in terms of speed and quality.

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