Industrial Technology

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Sonic Drilling: A Sound Solution for Overcoming Challenges in the Mining Industry

Sonic Drilling: A Sound Solution for Overcoming Challenges in the Mining Industry

The mining industry supports our everyday life by providing raw materials and minerals essential in the production of goods, services, and infrastructures that elevate our quality of life.

Over the years, the mining sector faced many challenges in its day-to-day operations that affect overall productivity and efficiency.

One of the most common challenges the mining industry has encountered is getting a quality core sample from the unconsolidated subsurface condition.

With the help of modern technology and engineering, today’s drilling capabilities have become significantly superior and more advanced than the conventional drilling methods.

Sonic drilling, for example, offers a sound solution to many of these challenges with its accuracy, speed, and efficiency in getting superior subsurface information.

This article intends to describe the applications of Sonic technology as a solution to the many challenges in the mining industry and its advantages compared to other standard drilling methods.

What is Sonic Technology?

Sonic technology is an advanced soil penetration technique that utilizes high-frequency, resonant energy generated inside a sonic head to advance a core barrel into subsurface formations.

During the drilling process, the sonic head emanates vibrations that liquefies and loosen the surrounding soil structure’s integrity and allowing for smoother drilling.

After advancing the core barrel, the rig’s telescopic casings are placed over it, enabling core retrieval to take place with no risk of collapse, even in the unconsolidated or fragile ground.

Sonic Drilling for Mining Applications

Sonic works well for a variety of mining applications. It helps mining companies conduct geotechnical investigations, whether it’s an open-pit mine or an underground mine.

It also provides excellent recoveries in soft material and drilling through hard materials like interlayered weathered rock.

Lastly, this technology assists design engineers in determining the number of deposits in an area and the distribution of waste materials that need to be quarried. And using this data, a 3D model of the proposed mine can be created and utilized to plan budgets and schedules.

Advantages of Using Sonic Method in Mining

These distinct advantages of sonic technology over other conventional drilling methods provide miners added control in planning projects and managing resources.

Continuous and Undisturbed Core Sample

One significant advantage of sonic technology is retrieving a continuous and relatively undisturbed sample through any material type, including soil, rock, and construction debris.

The ability of this method to cleanly cut the soil without using a fluid that can dilute the sample allows a near 100 percent core recovery, continuous to the depth. And which means superior subsurface information for decision making.

Faster Penetration Rate

Compared with the standard drilling methods, the sonic technique has a penetration rate of up to three times faster than traditional overburden drilling. Thanks to the combined power of vibration and slow rotation, that allows the casing to quickly advance even through unconsolidated formations.

Reduces Waste by Up to 80%

Sonic technology utilizes an innovative casing advancement system and uses an efficient cutting without using any fluid, which results in reduced waste and drills spoils by up to 80 percent compared with other standard drilling methods. With less than a 1% deviation, drillers and scientists can be sure of the origin of the sample.


Sonic drilling is a considerable advancement in drilling technology applicable in different industries, including infrastructure, construction, mining, and environmental exploration.

However, despite its distinct capabilities and benefits, sonic technology still has a long way to go as an emerging technology commonly accepted as the best on the market.

Catering Equipment Repairs: Questions Worth Asking

Catering Equipment RepairsCommercial equipment would break down in one way or the other. It would help if you got it back up and also run right away. Otherwise, you risk leaving cash on the table and rushing to locate other methods to hold, produce or show essential menu products. Yet, before you pay a king’s ransom for repairs, it’s worth asking: Do you fix it or change it?

Catering Equipment Repairs: Questions to Ask

Does the Equipment have a Warranty?

If ever you have pricey repair work, repairing instead of changing might be an apparent choice, specifically if the devices are still under warranty. Yet, often, the solution will not be that simple, and you’ll need to do some investigator job considering that most catering equipment features a limited-service warranty. Your very first step is to get in touch with the maker and check if the equipment is still safeguarded as well as if so, ask what the guarantee will cover. Once you have swapped out the tools or hired the upkeep professional, you’ll quickly be seeing your devices as well as procedure back industrious.

How is the Performance?

Dining establishment demands are constantly developing, analyzing whether your tools are making the grade. In case an industrial tool is doing its job, it needs to be making you cash. Yet, if it fails, it could cut into your possible earnings and cost you, clients. When you have a shattered piece of equipment, it’s an excellent possibility to examine its performance and use. Does it have the uniformity, speed, and capability to satisfy your existing customer demand and volume needs? If your present equipment isn’t keeping up and may require catering equipment repairs, it might be time to reduce your losses as well as take into consideration an upgrade.

How is the Operational Competence?

Running an effective operation is likewise a money-saver. Technology breakthroughs at a fast rate; tools acquired ten years ago do not have the same functions as what’s available at present. Older cooking devices generally take more time to heat up and do not have the quick-cooking innovation and automation that obtains food out of the kitchen area quicker. Aging refrigerated units could have a hard time keeping cold food at the best temperature– affecting security, top quality, and client complete satisfaction. Such situations can amount to even more labor and time spent hand-holding worn-out equipment and saying sorry to waiting clients.

What is its Life Expectancy?

It could be hard to bid goodbye to dependable tools that have served you well, however, the fact is, at a specific factor, repairing over replacing could not make much sense. The last point you want is to handle downtime because you maintained a tool past its prime. If it’s nearing the final months, re-evaluate whether it’s worth replacing the system completely. Additionally, bear in mind that there are older units that are not manufactured any longer, and getting spare parts might be complex. Lastly, a safe procedure is your top concern. Older devices with malfunctioning electricals or other threats aren’t worth the threat. If the safety of tools enters into question, that’s once when buying a new device is non-negotiable.

Sonic Drill: The Present and The Future of Drilling

Sonic Drill

In recent years, there has been a new trend in geotechnical site investigations using sonic drill rigs. This new technology is a product of the ever-evolving drilling industry in its pursuit to remain a significant and sustainable business sector.

Sonic drilling is an advanced and efficient method of soil penetration, harnessing the power of high-frequency resonance generated inside a sonic head, creating a smoother path for the drill to travel by reducing any frictional resistance encountered from subsurface formations. 

This innovative drilling technology works by creating a liquefying effect from the vibrations emanated within the sonic head, causing the surrounding subsurface materials to be displaced and paving the way for the drill head to advance and reach the operator’s objectives.

But why is sonic technology considered the present and the future of drilling? Here’s why:

Produces Superior Core Samples

Wastes produced from a site investigation are not only harmful to the environment but can also corrupt the integrity of the samples.

But with the incredible design and engineering ingenuity of the sonic drill rigs, the integrity of the core samples produced is incredibly high and superior compared to other drilling methods available today.

The innovative casing system of this advanced equipment makes this feat possible by preserving the integrity of the samples by as little as 1% deviation.

Sonic Drill Rigs Are Versatile and Flexible

When it comes to drilling, no two site investigations are the same. Thus, the ability of the equipment to adapt to any circumstances is a  plus factor. No other method is as flexible and versatile as sonic drill rigs. That’s why it is the preferred method, especially when it comes to overburdened investigation sites.

However, a preliminary investigation of the site is needed to ensure that the method and tool to be employed are accurate and deliver the target result as possible.

Protects the Environment

Another advantage of sonic is waste minimization. Because of its penetration speed and the reduction of friction, the operation on the site is reduced, which means less energy consumption. 

Highlights the Importance of Safety at Work

Sonic rigs are designed and built with occupational health and safety as top priorities. By using hands-free operating systems and artificial intelligence (AI) to operate the equipment, fewer people are needed on the site, and thus minimizing the potential risks during the operation.

Allows Efficient Penetration and Maximum Core Recovery

By using high-frequency resonance to eliminate friction between subsurface materials as the core barrel advances, sonic technology allows efficient penetration and maximum recovery in any unconsolidated formations with unmatched speed.

To sum up, sonic may not be the best solution for every project, but it has the potential of achieving incredibly high results in any geotechnical or environmental explorations that are previously considered unviable. 

What is the Relevance of High Pressure Waterjet Works Machine Cleaning for the Construction Industry?

water pressureThe process of spraying high-pressure water on a surface to dissolve or remove deep-seated materials or pollutants is called waterjet machine cleaning. 

High-pressure water can easily and effectively strip away a wide range of films, abrasive fabrics, and many more from a variety of surfaces. This would include smudges of rubber particles on airport runways, old and cracked/chipped paint on walls, crumbling asphalt on highways, even metal surfaces. It can also remove stiff gum, graffiti, and deep-seated pollution deposits on paved roads. 

The Construction Industry and Water Blasting

High-pressure waterjet machine cleaning for industrial cleaning purposes is a normal practice in the building and construction industry. It effectively removes deep-seated soil and a host of other unwanted materials from surfaces and structures. 

As a matter of fact, high-pressure water jet machine cleaning is the method of choice for cleaning and clearing tasks where a significant amount of abrasives have accumulated and need to be removed.

Studies show that surfaces that are cleared and cleaned with high-pressure water jet cleaning have a higher level of cleanliness as opposed to those that are cleaned using only traditional solid abrasive methods. 

High-pressure water jet cleaning clears away deeply embedded crystallized salt, old paint coatings, and even rust build-up. This results in the significant decline of chloride levels on the surface, which when it happens enhances the adhesion property of the surface, resulting in increased longevity of the paint. 

The use of high-pressure waterjet works machine cleaning facilitates the completion of construction projects in areas where other traditional methods are impractical, such as refineries, ports, and urban areas, making ultra-high pressure water jet machine cleaning indispensable in the construction industry, primarily because of its ability to adapt to any space requirements.

Health Risks are Reduced

One of the major advantages of high-pressure water jet machine cleaning over sandblasting is it does not produce dust particles. This only goes to show that it completely takes away the possibility of generating highly dangerous pollutants should they become airborne.

Because of the potential for residual risk when construction workers make use of cleaning equipment, we can safely say that this is inarguably a great safety measure.

Water Blasting Machinery

A high-grade water blasting equipment is ideal for cleaning and blasting tasks in construction sites such as drums, pipes, structures, scaffolding, and support bars. It can also help you handle cleaning and blasting work for tanks, concrete, trucks, and silos.

Other high-pressure water jet cleaning machines can get the job of removing hard dirt from a wide variety of surfaces, such as pipes.

water technology

What Can You Effectively Clean with High-Pressure Water? 

High-pressure waterjet machine cleaning effectively removes grease, mold, dirt, oil, and mildew from an array of surfaces. This makes them look brand new again right after.

High-pressure water jet cleaning washers are good for domestic uses, too. It can take advantage of a wide array of cleaning activities all around the house, including:

  • Deck cleaning 
  • Garage or driveway floor cleaning
  • Roof washing
  • Cladding washing
  • Cleaning windows
  • Washing/cleaning bricks and grout 
  • Washing natural stone pathways
  • Eliminate flaking or chipping of paint from trim or cladding. 


The Basic Requirements in Catering Equipment Repairs and Maintenance

Your cooking and catering tools are perhaps the most crucial thing inside the restaurant. One surprising failing could spoil a busy supper service. Also, a cooking area fire might place you inactive for days or even weeks.

To maintain your devices and the business functional, the following catering equipment repairs requirements are commonly one of the most important routine upkeep requirements.

Catering Equipment Repairs Basics

Clean the Duct and Vent Hood

To eliminate oil that has developed from grease-laden vapors, be sure that the vent hood and duct are cleansed by a certified professional at least once every six months. A licensed hood cleaning service must do this service. This solution may have to be carried out more frequently, yet every six months is the minimum for most business kitchens. In between solution dates, the team can wipe down the hood’s visible parts to at least aid keep it clean outside.

Clean the Grease Filter

Oil filters accumulate oil as the grease-laden vapors flow up into the hood, decreasing the quantity of the oil that takes a trip directly to the duct. While such is fantastic in enhancing the quantity of time between duct cleaning, it does indicate that the oil filters should be cleaned up routinely.

One of the most usual oil filter cleansing intervals is once a week. However, they might require to be done regularly if you do heavy oil cooking. Several restaurants clean their filters every night, which is an excellent method to minimize fire risks.

catering equipment

Inspect the Deep Fat Fryer

A deep fat fryer is just among the greatest fire threats in many industrial kitchen areas. The deep fat fryer ought to be cleaned up and kept corresponding to the maker’s suggestions, including regular cleaning of the inside of the closet by your staff. Likewise, the fryer ought to be checked by a competent industrial cooking home appliance specialist at least every twelve months, after the fryer has been in service for at least five years. The service provider examination consists of items that are inaccessible and may be potentially unsafe to inexperienced employees.

Floor Upkeep

The majority of people do not think about their kitchen area floor as part of the equipment, but it is the devices that get extra routine usage than any other aspect of the kitchen area. Improper flooring care can add to a slip and fall that could bring your kitchen area’s efficiency to a stop, leave you brief staffed, and cut into the bottom line. Floorings need to be cleaned consistently with a high-quality cleaner intended for business cooking area floors.

Simply, it is a false economy to wait till something fails, with the expense of calling out a designer every single time you have an issue much surpassing the prices of regular care. Not only does preventive upkeep price less than fixing or changing damaged equipment, but you can also factor it right into your monthly cash flow, so you never get any nasty surprises.

How to Pick the Right Marine VHF Antenna?

When trying to shop for a marine VHF antenna, it is crucial that you look into its gain, size, and cost if you want to find something with good value. 

The type of antenna you need to look for would be depending upon the cost, your physical requirements, and desired distance. It is important to find the right kind of marine antenna because it’s your only key to obtaining good VHF coverage. 

If you have a top-of-line radio, which is also expensive at the same time, it is of no use and no value if there is no way for you to use it with a good and functioning antenna. You also have to consider the antenna’s height above the water. The higher your antenna gets, the stronger, more powerful range of coverage that it has. 

VHF radio signal is known to travel in a straight, linear path. Hence, this kind of signal travel path is sometimes referred to as line-of-sight. 

With regard to its coverage, it tends to get affected by the natural curvature of the earth or if there is any kind of obstruction between the 2 radios, it tends to get in the way of the signal. Thus, causing signal interference or disruption. 


Efforts made by two stations that are trying to make a connection and communicate with each other will be in vain if one or both of them fall below the horizon. 

If that happens, then they can’t “see” each other, thus no connection would be established. Due to the natural curvature of the earth, VHF communications best scenario would be limited to 40-50 miles. 

When it comes to the VHF antenna range, height is a major consideration. With regard to sailboats, it is easy to obtain a better range for them and you are likely to achieve this when you mount your antenna at the topmost part of the mast, provided, of course, you are using a proper antenna.  

You can calculate the range of the antenna by using the following formula: 

Range in Miles = height above the water or its square root x 1.42

Consider taking into account the following antennas. Keep in mind that we consider range as an additive, and would be depending upon the other station’s antenna height. If you have a 3-foot antenna, you can anticipate that it is capable of yielding a 2.5-mile range. But if the station happens to have a minimum of the 3-foot antenna, then it is safe to say that it can yield 2.5 miles with a total communication range of 5 miles. 

Ant Height Range

  • 3 foot 5 miles
  • 5 foot 6.3 miles
  • 10 foot 9 miles
  • 20 foot 13 miles

Height = Immediate Height Above Water + Antenna Height

As of today, the center of concern is from ship to ship. Communication with a coastal station can be further enhanced and this is possible if you will make the antenna nestled at a very high location. 

antenna tower

Installing an antenna at around 1000 feet will probably fetch for it an average range of 45 miles sans any kind of obstacles but inclusive of the ship antenna’s height. 

The design of an antenna itself can be taken advantage of to provide gain to the radio since it can work both for transmitting and receiving. By law, a marine radio would be limited to a transmit power of 25 watts. In that case, how can range go to increase by virtue of gain?

The antenna does not have any capability to increase the power being fed into it. What it usually does is manipulate that power and focus it. 

The impact of which is that the marine antenna takes on the power that is heading itself straight up in the air. It will then be focused toward the horizon. Similar to a balloon, its natural tendency when you smash its side is to expand.  


Why the Use of GPS Antenna and Similar Technology is Favorable to Farming Lands?

gpsThe farmland, in and of itself, is an investment. If you happen to be residing in a rural area as a farmer, it is of paramount importance that you commit a good amount of time as well as attention to protecting and securing your financial future. After all, the tools that will make your farmland good and operational for the entire year are not even expensive. 

Many people find this very baffling. If we begin to tell them that GPS antennas and other similar technologies can be advantageous to their farming activities, they tend to become apprehensive about it. They find it perplexing and will remain so until such time that we explain to them how then they will begin to see and understand why. Here are prime examples of how GPS can work to the advantage of rural farmlands.  

Minimizes the Need for Manual Labor for Manning Tractor

It is normal for the big names in the farming industry to manage scores to hundreds of acres of agricultural land. Needless to say, they require all the help they can get to efficiently manage the vast areas of land they have. This need has necessitated the use of efficient tracking and monitoring devices and this is where the application of GPS technologies comes into the picture. The technology itself can simplify various farming and agricultural tasks, and they include:

  • Cultivating 
  • Pest Control
  • Fertilizing 
  • Harvesting 

Agricultural centers can take advantage of GPS antenna tracking and monitoring systems to help them determine which routes their tractors will use. Hence, helping them save on their most valuable resource, which is time and money, by reducing fuel consumption costs. It also alleviates the need for additional manual labor.  

Focus on Regions That Require More Intensive Crop Dusting

When it comes to managing crops, there are a handful of essential elements that need to be in place such as crop dusting. Crop dusting will help farmers determine the amount of success or the gravity of failure that one can anticipate from planted crops. 

Taking into account the negative impact they can inflict on the surrounding environment and the crops themselves, it necessitates farmers to find ways they can minimize treating regions that have remained uninfected. 

With GPS antenna, tracking, and similar technology solutions in place, farmers/workers can have a seamless way of recording the exact geographic location of problem areas (regions infested by insects or pests.).  They can take advantage of this data to only treat the problem areas. Thus, taking away the need to treat the entire farm, which is unnecessary, sparing the health of uninfected plants. 

Crop Monitoring Through Landmarks and Geofencing 

GPS-based technologies can be taken advantage of in the creation of geofences and landmarks that may surround specific geographic locations. The information used here can be utilized in zoning specific regions of a farm, which significantly helps in providing information with regard to the possible crop yields. 

You can set up a dedicated landmark or geofence for each crop you have. And this can be used to establish things like: 

  • Soil sampling 
  • Crop yields
  • Feeding schedules

The information obtained here will help determine whether or not a particular crop is performing well or whatnot. All information that gives out a descriptive quality of the soil and its natural nutrients as well as the amount and concentration of fertilizer that a particular crop may consume or treatments it may need to go through can be taken into consideration for future planting.  

Precision Plowing

Before the popularity of GPS technology, tractor operators would usually rely on available visual cues just so they can keep their furrows aligned. Regardless if they are straight or in line with the contours of the field itself, making the most out of available land necessitates attention and focus to guide the plow. 

GPS antenna and other similar automatic steering systems can help farmworkers in creating furrows in their fields with millimeter precision.  


Like every other business, the efficient use of available resources is a top requisite for a successful and profitable farming method. GPS systems offer us a handful of cost-effective alternatives to traditional planting methods and harvesting crops, which yields to lower production costs. 

Lower production costs in farming translate to higher potential profits. A seasoned worker on a farm will agree with us in saying that a higher profit margin compensates for the difference between a bad farming year and a good farming year. For most farmers, this reason alone is enough for them to start pondering on this technology and eventually embrace it. 

How to Look for Refurbished Drilling Rigs for Sale in Australia?

Most of us learned from our elementary school science that the core of the planet earth is a repository of huge amounts of heat. So intense this heat is that the soil at the very core of the planet becomes scorching hot, causing it to become molten. The scientific community refers to this as “magma”. They come out of the earth through volcanic eruptions, and when that happens we call it “lava”. 

Liquid or water can be sent down to the very depths of the planet to heat up so high a temperature and then return to the surface. This kind of geothermal heat can be used to heat buildings and a host of other similar applications. Hence, a drill site should be somewhere near the vicinity. However, science also has found a smart way to utilize this trapped heat inside the earth for energy production purposes. 

If temperatures go up as high as 135 degrees centigrade and above, it can be taken advantage of for power generation. In such cases, we suggest that you go looking for geothermal drilling rigs for sale in Australia.  

In the scenario given above, the bore site or that very location where you get the liquid or water to go down below the earth’s surface for heating should have a considerable amount of distance away from the area where power or electricity is used. 

The normal temperature inside this facility would rise at about 25 degrees per km. This necessitates us to drill several kilometers down the earth just so we can transfer sufficient amounts of heat to be used for geothermal applications. 

Note that geothermal drilling rigs being sold in the country, and maybe in other parts of the globe too, may come to be a tad expensive. This explains the reason why finding a refurbished or a secondhand geothermal drilling rig that is for sale is way more practical to use. 

Much like everything else, we can turn on to the Web for this. We can scour the Internet to search for sources for secondhand or refurbished geothermal drilling rigs. The vast majority of business organizations who offer to sell such kinds of drill rigs usually have a dedicated web presence of their own these days. 

Alongside that, of course, they have an array of brand new rigs also. And yes, they are usually a bit more expensive than a secondhand or refurbished type or unit. For greater mobility, these rigs can be mounted on big caterpillar trucks allowing you to bring them in any of the four corners of your work site. 

oil rigAs drilling work requires you to get deeper into the earth, it tends to become even more expensive. You are consuming up your financial resources more than what you have anticipated. 

Geothermal drilling operations usually work by seeking out anomalous earth structures that are causing the high-temperature magma to rise a tad closer making it much closer to the earth’s surface. This helps bring about cheaper drilling costs to such sites because it increases your chances of identifying higher temperatures even when you just have shorter boreholes. 

With regard to applications where your borehole is not close to the application site, drilling to tap geothermal power in that location would be easier and seamless. Parties or organizations offering used or refurbished drilling rigs for sale in Australia would normally shoulder their transportation costs to your work/project sites directly. 

Taking into account that they are a bit expensive, making an outright purchase will not make sense in many situations. If at all possible, you may take advantage of financing options which are usually being offered by different banking institutions. 


water jet in construction cleaning

What Relevance Does Water Jet Machine Cleaning Hold in the Construction Industry?

Water jet cleaning. This cleaning process is not to be considered as a brand new groundbreaking technology since it has been around for quite some time already. It is the act of spray cleaning surfaces with the use of high pressure water to remove stubborn and deep-seated  dirt materials, from grime, muck, and contaminants that has been lodged to it.

The strong force of the high-pressure water induced by a powerful water jet machine will cause the removal of a wide range of substances like film of dirt and materials. Remove abrasive substances off surfaces, including paint from walls. Eliminate rubber stuck in airport highways, metal surfaces, asphalt, and many more. It can also effectively remove pollution marks from pavements and graffiti on walls.

Environmentalists and cause oriented groups favor the use of water jet machines for cleaning surfaces because it will not put the natural environment in harm’s way. Besides, it also comes with a significantly lower carbon footprint.

What is Pressure Washing?

This method of cleaning with the use of high-pressure water makes use of a device, a water jet machine, fitted to a hose. As for the heart of this surface cleaning process?

It lies in the power of the pump which runs the cleaner. These machines can be operated, powered either by petrol or electricity.

Water pressure here can go as high as 4000 psi or the equivalent of 280 bar on petrol cleaners. With respect to electric cleaners, there is an available  electric cleaner with lesser amount of pressure.

The cleaner would be including the use of a high-pressure hose. This will help in sending the required amount of water to the handle where the trigger switch is attached. You can adjust the pressure as necessitated by the task at hand by which it will be used.

Water jet machine washers are normally equipped with several different attachments, each designed for use in a particular cleaning job.

Where Do We Use Pressure Jet Cleaner?

Water jet cleaning can be used in an array of cleaning tasks around the house, such as:

  • Cleaning pavers, 
  • Cleaning the deck area
  • Cleaning garage floor 
  • Cleaning driveway
  • Washing of the cladding
  • Washing of roof 
  • Cleaning window panes
  • Cleaning brick walls, grouts and even natural stones.  
  • Removal of flaking paint on walls

These cleaning tasks we indicated above as examples are just a few of the cleaning jobs that can be seamlessly carried out with the help of high pressure water jet cleaner. There is so much more you can do with it in as far as cleaning is concerned.

Truth is, there is virtually  no cleaning job that can’t be handled well with water jet machine cleaner. You only need to determine the right waterjet settings appropriate for each cleaning task you have at hand.

What is really commendable about water jet machine cleaners is that, compared to many other tradition cleaning systems we are accustomed to using, this method offer greater level of flexibility of use, but since at the core of these method of cleaning is the use of high-pressure water, you may not be able to wield it on your own or as efficiently as you should be. Thus, you are better off to delegate this work to a professional team instead.

What are the Powerful Uses of Waterjet Cutting Machines?

Waterjet cutting machines and the manifold benefits they bring along have been taken advantage of by many industries over the past period of 10 years. Various industry insiders agree, saying that waterjet technology is among the fastest and one of the most dynamic precision machine processes of today. It offers a wide array of industries to benefit from varying levels of efficiency gains allowing them to obtain high productivity whilst at the same time remaining environmentally sustainable and extremely cost effective.  

We might have heard a countless number of times how waterjet cutting machines are capable of delivering a fast turnaround for your material cutting projects or how remarkably high its level of precision is and its inherent ability to cut through virtually any kind of material. Beyond those unique attributes of this state-of-the-art cutting technology, it is also important to have a good idea what applications this technology is most suitable for.  


The use of a waterjet cutting machine is popular in the aviation industry.  This modern method of cutting materials have found practical application in the aviation industry through the following:  

  • Processing and manufacturing of aviation body parts 
  • Production of engine components (comprised of materials made from heat-resistant alloys, titanium, aluminum) 
  • Production of titanium bodies intended for the production of military aircraft. 
  • Creation of interior cabin panels.  
  • Creation of custom-made control panels and in the making of structural components to be used in special purpose aircraft. 
  • Trimming and refinement of turbine blades. 
  • Processing of struts, seats, brake components, shim stock, and exotic metals required in the production of landing gear.  


One area where waterjet cutting technology is most beneficial is its invaluable help in pulling down the production cost of electrical components. This is vital for any business, or else they won’t have the power or the means to compete  in today’s market where technological market oversaturation is observed. The parts in which  the use of waterjet technology can be found include the following:  

  • Circuit boards
  • Control panels
  • Insulation coverings or cable stripping 
  • Custom electrical enclosures 
  • Custom-made control panels for elevator systems
  • Portable generator components

Medical / Surgical

The inherent ability of waterjet cutting to deliver high precision of cutting and machining, even of small parts from what can be considered as difficult materials has qualified it as one of the most ideal in the surgical/medical sector. Below are the practical applications of waterjet cutting machine in the medical and surgical sphere: 

  • Model shop prototyping
  • Cutting artificial limb components
  • Blanking out surgical instruments
  • Fabrication of carbon braces
  • Manufacturing of orthopaedic appliances
  • Composites

Architectural / Design /Artwork

Waterjet cutting has found itself an invaluable space in the creative sector because it can be used practically for anything. From textile cutting and processing to design and architecture,  here is a glimpse of the many applications in which waterjet cutting technology can be found in:  

  • Artistic murals
  • Architectural designs
  • Production of metal artwork used in theme parks, museum artwork,  and for housing of special lighting features.
  • Architectural trim components
  • Production of artistic window systems
  • Marble signage letters
  • Glass, aluminium, brass, plastic signage letters

Needless to say, the list of practical applications for waterjet cutting technology given above is not exhaustive. Indeed, there is a lot more than what this page can accommodate to show. 

Trying to put a comprehensive list of the practical applications of waterjet technology is close to being impossible. But the core idea here is to give you a glimpse of what this modern material cutting method is capable of, and it is indeed quite extensive, so to speak.