Industrial Technology

How to Find Second Hand Drill Rigs for Sale During COVID-19?

oil rigIf you have been mulling on whether you will buy a drilling rig or not, do you find it confusing if you should acquire a brand new system or if you should settle for second-hand or refurbished units instead? 

It is a tough call decision, yes.

Therefore you need to know exactly under what scenarios it would be advisable to have a brand new drilling system and when it is practical to have refurbished drilling equipment instead. 

There are several scenarios where the purchase of a second hand drill equipment and  system is best and more practical. Let us cite an example here for better understanding. 

We know that deep inside the earth an unimaginable amount of heat is trapped inside it. This amount of heat can be utilized for industrial purposes. One of its practical applications is to address the heating requirements of buildings. To harness geothermal heat for such purpose, a drill site should be installed within the vicinity. 

However, if the temperature is reaching the 35 degrees centigrade range or if it is even higher, it can be utilized instead for power generation or electricity production. Under these scenarios, it would be viable and more practical to settle for geothermal drill rigs for sale.  

Much like everything else, we can also utilize the power of the Internet on our quest to find a refurbished drilling rig to buy.  Bing, Google, and Yahoo are among the popular search engines that can help you on scouring the Web for used geothermal drilling rigs that are marked for sale. 

The vast majority of business organizations that are offering their drill rigs have a dedicated online presence these days. This allows you to reach out to them to inquire about their drill rigs for sale, and determine if it is a good buy for your company or whatnot. 

Most of the time, these drill rig systems can be mounted on, say, caterpillar trucks for greater mobility. With such configurations, you know that it would work to your advantage because it will allow you to move your drill rigs anywhere or around your target project drill sites.   

While deeper level drilling signifies greater expense, geothermal drilling efforts would often seek out those regions where possible earth structural anomalies would be existing and inducing higher temperature magma to come closer to the surface of the earth. 

Conducting drilling work on such sites would then be much cheaper on costs because it increases your chances of obtaining higher temperatures even with just a few short boreholes. During this time of the great COVID-19 pandemic, this will count a lot. 

In applications, where the borehole is situated at a distance from the application site, you’d easily drill for geothermal energy at such locations. The secondhand or refurbished drilling rigs for sale would be delivered directly to your project site by these selling companies.  

Since these pieces of equipment are considerably expensive, placing an outright purchase on them usually would not make sense in many situations. One practical work around here when you don’t have an available budget allotment for such a major equipment acquisition is to turn to finance options. They are usually  offered by reputable banking institutions and would be a practical alternative. 

Since the purpose of community quarantine is to put a limit to our mobility due to the coronavirus scare, the second best thing to do here on our quest to find the right kind of drill rigs for sale to buy to perform an online search.

How Important is 3D Printing Machines for PPE Manufacturing?

It is very clear to see that during this time of the Covid-19 pandemic, the medical community will  have a sudden surge on their demand for PPEs or personal protective equipment

PPEAs a matter of  fact, the demand now for PPEs, such as facemasks, gloves, lab gowns, and face shields, due to the coronavirus scare has outpaced what the traditional supply chain can provide. Right now, the health care sector is having a hard time in coping with the increased demand for PPEs. This explains the reason why the help of the 3D printing sphere is so relevant these days. 

We have to anticipate that the manufacturing firms that are steadfastly holding on to their traditional methods of production will have a hard time in keeping up with this overwhelming demand now for PPEs.

But manufacturing firms that have established their own additive manufacturing system in place (also known as 3D printing) is not going to be rattled but  will be up for this challenge. They know how to make their production systems adapt  to  accommodate the current manufacturing demands of such PPEs. 

There is also a good chance that these firms already have on stock the required raw materials for the manufacturing process, such as powder or the fabric needed in the production of lab gowns, as well as a versatile 3D printing machine.

Aside from those, they won’t be able to do anything without the product design specifications itself and the corresponding software application that will run the 3D printer machine. 

Recognizing the need of the healthcare industry to take advantage of the 3D printing process so it can immediately address the urgent need for PPE production, the FDA office launched an FAQ page containing frequently asked questions addressing the issue. 

While the FDA is not dismissing the need for such a kind of manufacturing style, it is evident that PPEs created using  additive manufacturing technology have their own set of limitations, most especially if you will put them alongside  the traditionally manufactured PPEs.  

With reference  to the FDA FAQ page, it states that:

While the production of certain types of PPEs is possible with the use of 3D printing, there is a pressing need for us to overcome first certain technical challenges for it to become highly effective. 

For instance, a PPE that has been 3D printed may come with a physical barrier, but may have difficulty in providing air filtration protection and fluid barrier system which are  the highlighted features of the FDA-approved N95 respirators and surgical masks. 

In addition, the office of the FDA also acknowledged that ventilator tubing connectors, ventilators and ventilator accessories and certain other medical equipment and devices could be 3D printed, either the whole of it or just part of the equipment. 

They recently tagged these products to have  the “Emergency Use Authorization”. One can glean from the FDA FAQ site and is expressly stated in there that this would cover also the 3D printed devices such as 3D printed tubing connectors,  which are used in multiplexing ventilators.  

With all these cautions and concerns laid out before us by the FDA, manufacturing companies involved in the production of PPEs and other medical devices that in the moment are in great shortage need to take into account applying certain best practices in their operations.

For instance, these manufacturing firms should think of including warning notices on their 3D printed PPE products concerning the possible limitations that their products may have with regard to providing fluid barrier protection to the user as opposed to that of an equipment that is manufactured the traditional way. 

Manufacturing firms who are intending to 3D print an entire  device or just a part of it, including ventilators and tubes, are encouraged to reach out and consult the FDA first before they decide to engage themselves in such a  kind of production.  

 

Why Allow Samson CNC Prices Deprive You of the CNC Benefits During the Covid-19 Pandemic?

There was a point in time that metal fabricating shops in the country had to deal with their work using their hands. This means to say that they need to cut the metal pieces they require for their project manually. Often this would involve the use of heavy-duty shears and saws, and we know that this  is kind of laborious, as well as time and resource consuming, too. 

CNC Milling machine

It is  a relief to know that the use of the traditional metal cutting systems have been long gone and are considered obsolete by industry standards. Taking their place now are high-powered cutting torches. In addition to this, we have been witnessing also the rampant use of trailblazing machine-mounted saws. Yet, with all these pioneering technologies the use of highly-skilled operators remains. 

It was not very long ago when metal fabrication industries began to see the potential of CNC systems of cutting. Samson Plasma cutting tables are among these cutting-edge systems today. But unfortunately, not everyone in the industry is keen enough to give it a go. We reckon that many are having second thoughts about it because they are thinking that samson CNC price is expensive and thus would be a costly investment to make.

But this is not a good mindset to have. Not recommended, most especially when you know that you are involved in the metal fabrication industry. Know that this material cutting system is bringing along a string of huge benefits in terms of accuracy, speed, and repeatability. But even so, there are still many people out there who have no business with the metalworking industry would deliberately keep themselves from actually appreciating or acknowledging the various advantages of CNC material cutting systems.

If you don’t know anything about it yet, here is a useful overview of what CNC is all about. This is one of the great learning tools to make your time productive even if we are just staying at home during this time of global pandemic.

CNC

The plasma CNC cutting derives its celebrated benefits by melding together 2 different techniques, plasma cutting, and CNC machining. Soon enough CNC, otherwise known as computer numerical control, gained a foothold in an awful lot of industries, starting from the metal fabrication to manufacturing then to heavy industry. The technology is harnessing the sophistication of newly released technology for computer systems that will help them in manipulating tools that were previously operated manually.

CNC technology comes with only two components. The first one, are tools that are no less than the plasma cutter. You gain control over the plasma cutter by virtue of a computer, the second component, that is. Such a method of control will make room for the cutting of materials with an impeccable degree of accuracy. This is the kind of feat that a human operator will be struggling to be on par with.

A computer system loaded with a sophisticated modelling program will be providing the instructions required by the material cutting tool. Software applications of this type and caliber are enabling designers to come up with highly specific templates of the part that they need to get machined. This information will be relayed in signals to the plasma cutter, which ultimately executes the work and gets the job done.

Gleaning from above, it is very obvious to see that CNC technology makes it all possible to achieve unprecedented accuracy. It is giving you the power to create part after part using precisely the very same specifications. But if the Samson CNC price is getting on your way and will keep you from taking advantage of it for your material cutting or fabrication projects, you are denying yourself to witness the real value that it can deliver.

Best Practices for Catering Equipment Repairs

Constant upkeep of catering equipment isn’t merely realistic in case you wish to stay away from last-minute emergency but also incredibly cost-effective. Here’s a comprehensive explanation of exactly why you need to give some thought to regular equipment upkeep and the way to reach this goal.

Proper Catering Equipment Repairs and Maintenance

Maintaining catering tools includes a fair share of advantages and reasons. Probably the most important factor as to the reason you need to maintain your equipment is actually pointed out below.

machine repair and maintenance

Cost-Effective

Catering equipment is actually expensive, and therefore are the more major fixes that do not come with a warranty. Regular catering equipment repairs and checkups, as well as maintenance, prove to be pocket friendly in the long haul. Minor faults as well as damages could be quickly spotted as well as fixed when equipment is constantly maintained. By doing this, while regular upkeep cost is actually added to the wallet of yours, in the larger scheme of things price of mending gear, the harm of a greater amount is actually stayed away from.

The price of fixing a high level of harm is much more than regularly keeping the gear, making constant maintenance a far better solution. Aside from that, improperly maintained equipment uses much more energy and will contribute to the energy bills of yours.

Constant maintenance increases tools life, therefore the price of having to purchase equipment that is new is also deferred. Sometimes the expense of food wastage is actually reduced as the situation of wastage as a result of bad equipment performance is actually eliminated. To contribute to that, product warranties cover just the first couple of years wherein the risks of an overwhelming breakage are actually much less. Thus, using warranties on routinely preserving your gear can make the whole practice of equipment upkeep itself really cheap.

Maintain Food Quality

The state of your gear specifically affects the state of the food of yours. Remember, even in case the chefs preparing in your kitchen are actually the very best of the very best, if the resources that they use are actually defective, there’s just so much that they are able to do. The quality of food is going to deteriorate still if just slightly. 

Help in Maintaining The Speed Of Operations

The acceleration of businesses in the kitchen of yours. Depreciated equipment signifies time-consuming labor, slower preparation time, and hence slower cooking and serving of meals, which will make you lose both product sales and clients. To ensure that this doesn’t occur, you have to make certain that most parts of gear that you’ve been in the best condition of theirs, which may be attained solely through normal maintenance.

Bigger Payback

In each and every restaurateur’s life will come a moment when he or she lets go of older gear for new designs. An item of gear that’s well-maintained would fetch a much better price when compared to a broken piece of machinery. This could influence just how costly the net effect the following tools will be.

Extend Equipment Life

When technology is actually operated upon regularly, regular use and tear are actually a given. Regular maintenance guarantees that there’s no additional damage aside from machine depreciation. Hence standard equipment maintenance guarantees that the gear damage doesn’t lead to its early breakdown.

The way, the lifetime of the gear is actually sustained as well as, actually, increased since even the consequences of frequent depreciation are considerably reduced. When your equipment is maintained by you often, you are able to notice minor damages and get hold of them fixed, that averts a lot more significant, much more dangerous damages as well as increases equipment life.

What Popular Drill Techniques Can We Use Today?

drill techniquesA few drill techniques are being used by various industries today. When you drill a borehole, you will encounter a sundry of rock layers and different kinds of sediments. To successfully and seamlessly drill through them, an array of manual techniques in drilling have been developed. Fortunately, all of them are currently used in many different drilling applications.

Each of those drilling techniques needs to cut or break through the ground layers. 

After this, the cut or processed through ground material needs to be taken away from the hole. There would be occasions also when it is highly necessary to give support to the walls of the hole to keep it still and stable, and thus prevent it from collapsing while drilling work is in progress. 

These drilling techniques were developed either just for one or various types of rocks and specific sediment. There are also circumstances that complementary drilling techniques are applied together with other drill techniques for a single borehole. These drilling techniques we have today are classified in the following drilling principles.  

Hand Auger

The hand auger type of drilling method comes with extendable steel rods. You operate them by rotating a handle, and then at the bottom part of it, you can attach an array of steel drill bits. The augers will then need to be rotated until they get filled. To empty them, they need to get lifted out of the borehole. 

It is very possible to make use of different drill bits for each type of sediment you will encounter. As for the borehole, it will generally remain open sans requiring any kind of support.  

Sludging 

To bring the cuttings up to the surface in sludging you will need to take advantage of water circulation. In an up and down motion, you will see the drill pipes will go. The drill bit impact on the downstroke will loosen up the soil but when taking on the upstroke, the upper part of the pipe will be closed by hand. This causes the water to be drawn up via the pipe, then eventually taking the cuttings to the surface.  

Percussion

With percussion type of drilling, what happens is that the hammering bit will be attached securely first to a cable or a rope, then it will be dropped multiple times into the open hole. This can also be a type of temporary casing where tripod may be taken advantage of to be used as a supporting tool. 

When you move the rope or the cable in an up or down fashion about a meter, the hammering bit will loosen up the consolidated rock or soil in the borehole. Eventually, this will undergo the process of extraction with the help of a bailer.

Much like with hand augering, temporary steel or plastic casing can be used to make the hole stable and thus keep the possibility of it collapsing at bay. After installing the permanent well screen and casing, the temporary casing will have to be removed. Most of the time, a manual percussion drill is taken advantage of to a depth of around 25 meters to the ground.

Jetting

Jetting is the last of the drill techniques we want to feature here. Much like the others, this method of drilling is also based on water pressure and water circulation. Unlike sludging, you will need to pump the water down the drill pipe. This action will render the cuttings and the water to be transported to the hole that is between the borehole wall and the drill pipe. To have an adequate amount of water flow, a motor pump may offer substantial help here. 

What to Do Before You Buy Drill Rigs for Sale?

When trying to shop for some drill rigs for sale, what exactly are you looking for? What attributes should you check out to know that you’re getting the most value for your money? Would you be choosing a rig simply because it can drill a good percentage of your business? Or would you consider a rig that can work beyond the scope of your business?

Ease of use, safety, and reliability — it is crucial to take these 3 things into account when trying to shop for a drill rig because they all complement each other.  The safety level of any equipment increases if it is reliable enough, most especially when you use them within the recommended limits of the manufacturer and they are operated correctly. 

The task of choosing the right rig to use for your business is no different when you’re trying to figure out the right and appropriate tool to have for any job. You can complete a job of installing a drywall nail using a six-pound sledgehammer, but are you willing to take some risk for this? This also applies to a scenario where you will try to break cement with the use of a 9-ounce drywall hammer. You can certainly get the job done, but how long will it take you to complete everything up?  

Below are 3 important questions you need to get answers for when trying to invest money on a brand new equipment. 

  1. What type of drilling work is taking up or consuming 85% of your business time?
  2. What kind of geological formation are you likely to come across with most of the time? 
  3. Where does the majority of your business take place?  

The first thing that you need to mind about first is what comprises 85% of your business? The rig that can handle at least 85% of your business needs is undoubtedly way more productive and more practical to have than acquiring a rig that is solely designed for use in specialty projects

There is no denying that a big rig is powerful enough to drill through any size hole. But the million dollar question here is at what cost are you willing to take. The second important question in line with this is what kind of geological constraints are you most likely to come across with 85% of the time? When it comes to high water table areas, mud rotary is believed to be highly productive both with formations that can be classified as consolidated and unconsolidated.

What is most suitable for air rotary are fractured zones or dense formations with low water tables. For a smaller rig, the air compressor feature that it comes with is not working to its advantage. A downhole type hammer is an extremely indispensable and invaluable tool to have when working on  hard geological formation, especially if the hard formation to be drilled into is vast or expansive. 

drill rigs for sale

Final Thoughts

It all boils down to finding the right tool to use and the right application to have a. A rig that is powerful enough, capable of drilling through 1,000 feet can set a large casing can be worked out to drill a 100-foot hole. The underlying question here is, at what operating cost? 

Big drill rigs for sale naturally require more horsepower, and thus would consume maybe hundreds of gallons of fuel every hour. The same thing can be said for a drilling rig structured to drill through 300-foot holes. One can certainly work it out to drill through 1,000 feet, but  what about the extra equipment that it will require or the time it would take to get the job done? 

When it comes to choosing a drill rig for sale to acquire and purchase, it is important to pick something that will work best for your business’ operating area. The bigger the work  at stake is,  the more move in and move out time it will take. However,  the more expansive  a project is, the greater the odds are that there is going to be a road built and intended for access.  

What are the Practical Applications of Water Jet Cutting Machine?

The indispensable use of high-pressure water jet cutting machines can be seen in many industries nowadays. Considered today as among the fastest and widely accepted precision machine processes, this cutting-edge technology allows a wide array of industries to benefit from perceived efficiency gains as well as to obtain high-levels of productivity while costs are being kept at its lowest and at the same time environmentally sustainable, too.

Cutting of Stone and Tiles

Water jet cutting machines can cut through marble, ceramics, stone, porcelain and even floor tiles, but by virtue of adding abrasive materials the machine’s cutting power is further intensified. 

A water jet machine is highly recommended for projects that involve inlay insertion and even logos for tile and stone applications. The overall process itself effectively maximizes performance yet significantly reduces costs and exceeds your anticipated profits.  

The new breed of ceramics we have nowadays is best described as ultra-hard and end-users are finding them advantageous. But fabricators would have a hard time cutting through these materials with the use of traditional cutting equipment. The use of which is such a drudgery and are likely to cause bottlenecks in your production.

Cutting of Glass

The use of abrasive waterjet technology is also highly recommended in projects that involve cutting glass. Waterjet can effectively pierce through many different levels of thickness. But the key selling point here is not so much about how effective it is in cutting through a material, the point of interest here most of the time is its exceptional edge quality. We can see nowadays that this technology is now being taken advantage of by various business entities on a global scale and are using it for their various glass processing applications. This may include the following.

  • Bathroom and kitchen splashbacks
  • window panels
  • tabletop inlays
  • frameless shower screens.
  • mirrors

Cutting of Metal

Waterjet technology is also ideal for use when you need to cut an array of exotic and standard metals, and this may include any of the following:

  • aluminum
  • titanium
  • stainless steel
  • copper
  • brass
  • alloys
  • Inconel

Waterjet technology is highly reputed for cutting metals because it is known to create nothing less than a clean, seamless cut with superior edge quality. It is so good and clean that it would require you to carry out a secondary finishing. Hence, we qualify waterjet cutting machines as among the most versatile and efficient process for cutting out materials today.

cutting of metal

Besides, it is also considered as a cold cutting process in such a way that it is ideal for use in cutting metals that are known not to have any heat-affected zones, regardless of which part of the workpiece you look into.

Cutting of Food Products

You may not be aware of this but waterjet technology has been in use by the manufacturing companies for their food cutting applications. It helps mitigate the occurrence of problems brought about by cross-contamination. This can usually happen during the cutting process itself.

Nowadays, water jet cutting technology can be seen widely used in processing a wide range of food products. This perishable commodity would include meat products and fresh fruits and vegetables. It is also tapped in portioning celery, chicken, and fish.

The use of waterjet is also finding its way in portioning food products and produce since it can significantly help save time, increase shelf life of a perishable product, and minimizes the possible risks of cross-contamination due to cutting with blades.

Debunking Popular Myths on Waterjet Cutting Machine

Waterjet cutting machines can cut through various materials like plastics, metal and even through carbon fiber sans any risk of distortion or warping. The industry-wide patronage and use of waterjet cutting have grown over the years. Even with this impressive growth, the natural tendency of many people is to develop wrong impressions or notions about it.

The wrong frame of mind that people have about this material cutting technology paved the way for waterjet cutting myths to rise. It left people confounded about waterjet cutting and thus has kept many from seeing what the waterjet technique is capable of, what its real value is. Needless to say, it has prevented many people from enjoying the benefits of waterjet cutting, especially those who are working in the fabrication space. 

To shed light and alleviate some of the wrong notions we have about waterjets, we are presenting some of these myths and the truth behind them. Hopefully, by this measure, we will understand waterjet cutting machine process even further.

Abrasive Waterjet Cutting Machines Are Sluggish and Creates Noise

Lack of proper knowledge is the reason why people welcomed the notion that the waterjet cutting technique takes a while to complete and requires a significant amount of effort to produce. Truth is, waterjet cutting utilizes an accelerated erosion process for it to cut and slice through tough material or object. The process, though, is fast and not slow-paced.

Many also think that the results of waterjet cutting will need a lot of time and effort to produce; yet, waterjet cutting makes use of accelerated erosion process so it can slice through a material, fast. Fortunately, even if the cutting speed is fast it doesn’t lead to any problems with mess or noise.

Waterjet cutting is usually performed under a measly amount of water, which helps reduce the production of spray, steam or mist. Besides, underwater cutting will also significantly help in reducing noise levels. It is estimated that underwater cutting will register about 75-decibel noises.

Waterjet Cutters Are Too Challenged in Cutting Complex Parts

In the past, many of us have been lead to believe that this material cutting technology will be struggling when it comes to handling 3D components. Unknown to most of us, industry experts revealed that the intention for recent advancements in the 3D cutting space is to help us maximize the level of versatility offered by waterjet cutting.

Like for instance, waterjet cutting heads can now swerve in many directions. This can be made possible with the use of the right application software. This attribute is now allowing waterjet machines to handle the cutting and slicing through of 3D parts in a fluid, single motion. Hence, eliminates the need to carry out secondary cutting.

5-Axis Waterjet Cutting Head
5-Axis Waterjet Cutting Head

Waterjet Pump Machines Are Likely to Blow Up

How does a water jet cutting machine work? Almost all mechanical devices run the risk of blowing up, to a certain degree. But their core design and structure help alleviate this risk, so it is not so much of a worry for anyone concerned.

When you acquire a waterjet machine cutter, see to it that you only transact with an accredited manufacturer or dealer. Why?

It is because reputable manufacturers see to it that their product offerings adhere to the industry standards and abide by the strict manufacturing rules rolled by the authorities. One aspect of this safety standard has something to do with high-pressure vessels, they are made to leak first before they would break. This signifies that pressure cannot build up in any region of your equipment that can pave the way for a catastrophic failure to occur.

Wrapping Up!

By these popular myths presented above, did we just bust a waterjet cutting myth you know? We are in high hopes that they will help you to gain a better understanding of the benefits of commercial type and home waterjet cutting machine.

How Can CNC Plasma Kits in Australia Effect Change to the World?

Laser Cutting Machine

Is it possible for CNC plasma kits in Australia to effect change to the world? If so, then in what aspects of our life can it impart positivity? Every time that technology or industrial equipment migrates from the exclusive use of the biggest players in the industry towards the hands of, say, independent users, it almost always seems to evolve in peculiar ways.

About a few decades ago, it is not unusual to see CNC cutting machines and many other types of automation systems being used by government contractors or major fabrication shops from all over the globe. This is comparable to how the military attempted to have sole control over the Internet, that when it reached personal computers there is no stopping to the possible uses and capabilities it can offer.

Whenever the world has a good chance to take hold of new, innovative technology, its natural tendency is to optimize every imaginable application it can squeeze out from it — eventually changing the face of the earth as we know it.

Much like how the Internet has changed the course of our life nowadays, CNC cutting machines are bound to evolve, too. Countless numbers of people from around the globe now have access to this cutting-edge technology, giving them the ability to carry out things that we thought can be seen only in science fiction films.

We have below some of our fearless forecasts for CNC plasma kits Australia for the next 10 years or so. There is no surefire guarantee that the things we present below will come to fruition, but the idea behind is to help you understand the real potential of this material cutting technology and the significant impact it can have on our future. 

3D Printing Allows You to Create Practically Anything in an Instant. 

There is an emerging trend happening right now in many different small shops from around the world. And this has something to do with the printing of 3-dimensional objects with the use of plastics and resins. Sometimes, even metal alloys can be taken advantage of for this purpose. 

It is clear to see that 3D printing is in its infancy stage right now. Ordinary people can now reach out to printing firms offering 3D printing services and have them 3D print their objects for them. But that is just the tip of an iceberg. Just recently, several printing firms demonstrated how nylon printing can be utilized in the creation of articles of clothing. In a decade or so from today, we will wear 3D printed clothes. 

Convenience Through Precision Mechanics

The goal of CNC applications is not necessary to create brand new objects. You can rather make use of it to automate already laid out standard manual processes or those that are done by the hand. This has caused new industries to spring up. 

You can draw out a design just with the use of plain pen and paper first, and then eventually refine the details on your laptop. Such kinds of technologies are making their way to the home, too. Even cake decorators and egg printers (they are making use of food-safe inks in making works of art on the surface of eggshells) adapted the use of CNC technology to their line of work.

CNC significantly helps business entities with their automation requirements and aids them in implementing mechanical control over the majority of their basic tasks at affordable costs. 

Mobile CNC Machines Available for Use by the General Public

Much like how the Internet has evolved over the years, CNC is like to take up the same path, too, up until it reaches a point of full mobility. Right this very second, there are available home CNC machines. You can make use of them in cutting wood, metal, and plastics, too. They are ideal for home use because they are not bulky and some models and makes would conveniently fit on a tabletop, and move it around when necessary by one person. 

We should not be surprised if one of these days, CNC Plasma Cutters industry would present us CNC cutting machines that are small enough to fit in the pocket. It is going to become a common sight in fully automated factories. Much like how the basic CNC, it will not take so much time before this kind of technology would reach the eager hands of an ordinary user.  

Conclusion: The inevitable evolution of CNC technology and its capabilities will usher us into a world best defined by instantaneous creations. Service robotics will also make us see and think about mechanical labor in a different light. While these beautiful developments are on-going, to remain at the forefront of these changes will be of prime importance than ever.