Engineering & Technology

Piling Rig: On Meeting Safe Operation Plan and Gaining a Competitive Market Edge

Piling rig

With rapid industrialization and modernization in operational processes, a piece of high-performance equipment like the piling rig plays a crucial role in improving productivity through its innovative design.

Today, drill rig companies are more inclined to offer digitally advanced piling rigs suitable for Australian terrain. And help customers gain a competitive edge in the market while meeting construction requirements and industry standards.

This blog will discuss how this technologically advanced equipment eases and saves time of work while providing customers with more safety and reliability.

What Are Piling Rigs and How Do They Work?

Piling rigs are highly advanced and sophisticated equipment used for construction, particularly in piling in or making piles in foundation engineering. A piling rig is basically used to drive piles into the soil to provide foundation support for buildings, bridges, and other structures.

The rigs move up and down in a single line when weight is placed between the guides. Either diesel or hydraulic hammers are used to raise the weight and hammer the piles into the ground. At its optimum height, the weight is then released, allowing the pile to come down and drive into the ground.

Piling rig

Piling Rig for Difficult Terrain

Modern piling rigs can work in all kinds of soil and difficult conditions. The latest range and models of piling rigs are designed to work even on the most difficult sites or terrain and have excellent technical characteristics.

For example, the Llamada product range is a significant example, operating within a very tight market niche. They have a history of producing high-performance machines that enhance productivity, whilst innovative designs make their rigs lighter and more stable.

Their range of agile and compact rigs is equipped with a telescopic mast, allowing it to work in reduced headroom where required. And it also helps the rig access confined sites. 

These rigs are also equipped with sophisticated monitoring equipment to ensure the quality of pile construction.

What Are the Key Components of a Safe Piling Operational Plan?

Construction risk management is crucial for every piling operation to avoid life and property damages caused by inadequate preparation or maintenance of site surfaces.

Here are some key components of a safe piling rig operational plan.


  • Adequate pre-planning
  • Safe Working Platform
  • Thorough inspection of Piling equipment before the operation commences
  • Proper site inspection during piling
  • Risk Assessment
  • Training of all workers involved
  • Maintenance pre-planning


In Conclusion

Any construction job or operation involves the use of various technologically advanced equipment that improves the quality of work and saves time. 

With the role of digital technologies becoming more imperative in the complex drilling industry, drill rig companies and manufacturers are now focusing on developing innovative and safer models by adding new features that provide customers with more safety and reliability.

Flammable Liquid Cabinet: The Don’ts You Need to Keep in Mind

flammable liquid cabinet

Just how are your staff utilizing your combustible liquids cupboard? Are they piling and packing the closet in a safe and certified manner? Whether you’ve just acquired your initial cabinet or you’ve been making use of a combustible cabinet for several years, a cupboard will only minimize danger if it’s utilized in the correct means.

What to Keep in Mind When Using a Flammable Liquid Cabinet

Do not store incompatible substances

The only thing that should be stored in a combustible cupboard is Course 3 Flammable Liquids. If placed near flammable fluids, several inappropriate materials can strongly react with various classes.

These chemicals are inappropriate with flammable fluids and need to never be saved in your cupboard. Each class of chemical in your service must be kept in a safety and security cabinet that’s been created and created to meet the specific security demands of that Dangerous Goods course.

The spill sump area is not for storage

When you acquire a flammable cupboard (or any safety cupboard for that issue), you’re critical to buy a cupboard with a sufficient maximum storage space capability. Overloading your cabinet is a harmful method that can boost the danger for your company.

This sump is a risk control action that is particularly made to consist of chemical spills. If you’re saving chemical containers in your sump, you’re probably likewise overwhelming your cabinet– and banning the spill sump from having any possible chemical spills or leaks.

No Overloading

Your closet can give individuals and your company’s residential property exceptional security if it’s packed in the correct way. And one of the essential points to bear in mind when loading your cabinet is to ensure you don’t exceed the optimum load capability.

Overwhelming a closet will increase the risk for your service and negate the safety functions of the cupboard, such as offering a fire barrier, vapor control, and chemical spill control.

If you’re in doubt regarding the number of liters your combustible closet can hold, inspect the pre-installed sign on the front of your closet for the devices’ maximum lot ability.

Don’t Keep Ignition Sources Within Three Meters of the Cabinet

Mixing an ignition source with a flammable liquid cabinet is a recipe for disaster. Flammable liquids can quickly fire up as highly volatile substances with a reduced flashpoint. Combustible fluid fires are unsafe fires, as they spread out rapidly, release toxic fumes, and shed increasingly before magnifying.

Consequently, no ignition source- whether chemical, mechanical, electric or thermal- must ever be stored within a cabinet. Ignition resources (such as power factors, pilot lights, welding devices, etc.) should not come within 3 m of a combustible closet. Failure to do so will undoubtedly cause your flammable liquids to fire up.

Untrained staff should not handle the cabinet

Flammable liquids safety and security is a severe and complex matter.

For that reason, any personnel or professional who works with Class 3 Dangerous Goods must always receive extensive training on dealing with and keeping these harmful chemicals appropriately. Your cupboard is only effective in chemical danger decrease if your personnel understand precisely how to use and keep it safe and certified.

Why a Walk-in Flammable Liquid Cabinet Unit is the Better Choice

flammable liquid cabinet

If you deal with harmful materials like highly flammable fluids, you recognize the relevance of proper monitoring and storage. Given that these chemicals respond poorly to modifications in temperature level, messing up, or pollution, they pose a serious danger if mismanaged.

For safety, the best method to manage chemicals is by saving them in a separate, temperature-controlled atmosphere, far from heavy foot web traffic, and far away to stay clear of contributing to or enhancing the seriousness of a fire on the website. Given this, a walk-in chemical shop is the most effective and best option for the business.

Walk-in Flammable Liquid Cabinet Benefits

Below are the reasons why many people choose to have a walk-in flammable liquid cabinet unit for their facilities.

Better for Organization

Walk-in stores supply additional shelving and room to permit more organized storage of chemicals, guaranteeing the team can quickly locate the best materials.

Lesser Risk of Contamination

The bigger area also supplies additional defense against substances mixing, needing a spill, or a container malfunction. The additional location to keep harmful chemicals aside from each other offers extra security and maintains personnel secure by providing more areas to handle any spills or breakdowns. Likewise, the added site permits you to keep chemicals apart, decreasing contamination threats.

Added Space for Handling Materials

Walk-in shops also give a fire immune and ventilated area in which the team can accomplish activities that need them to open and deal with harmful materials like moving fluids. Smaller-sized storage cupboards would undoubtedly require the products to be transferred to a hood or ventilated locations. Afterward, back again for storage space, offering additional possibilities for crashes and spillages.

Lockable Doors for Security

Keeping your combustible fluid in a walk-in container also offers protection, securing doors to avoid unauthorized personnel from coming. Along with this function, the dimension and area of the storage space system will certainly make certain that it’s not mistaken for an additional chemical closet, staying clear of any misperception in supplying or getting rid of materials.

Ventilated Space for Health and Safety

Every walk-in chemical storage space closet is totally aerated to prevent personnel from coming across harmful fumes. There is no demand to bother with the chemicals ever before being managed in a stuffy setting with the walk-in storage systems. Many smaller-sized cupboards do not have airflow systems, implying they would require transportation to an aerated device before dealing with it.

External Storage for the Facility

Since these storage space systems are self-contained, they could additionally lie outside the main center, freeing up more space inside for various other devices or simply simplicity of movement. This also eliminates your combustible liquids from any rush hour locations, reducing danger.

Isolated in Case of Emergency

Whether the walk-in combustible storage space system is put inside or outside the facility, its fireproof nature will undoubtedly keep the staff risk-free in a worst-case circumstance. The security cupboard will undoubtedly maintain a centerfire from getting to materials that can serve as accelerants and stop a fire in the shop from scattering to the remainder of the facility.

The security of you and your personnel is dominant when considering flammable fluid storage alternatives for the facility.

Easy Ways to Optimize Your Machinery Maintenance

Machinery MaintenanceHeavy machinery typically isn’t economical, making appropriate maintenance on these financial investments extremely vital. Correct machinery maintenance strategies will certainly assist you in getting one of the most out of your machinery and keeping your equipment operating securely.

Avoiding unforeseen equipment malfunctions keeps operating costs low and raises the life of your vehicle.

Below are five methods to maximize heavy machine maintenance.

Machinery Maintenance Methods

1) Routine is a Must!

Consistency is essential to keeping machinery running smoothly. Having a well-considered action plan will help maintain whatever is in good shape and decrease the possibility of unforeseen breakdowns.

Thorough checklists, sign-off sheets, and arranged professional checks are all methods to ensure every one of your machines is updated. Keeping records of carried-out maintenance on documents aids in staying clear of uncertainties that might develop in the future.

2) Do Not Overwork Your Devices

Understanding your equipment’s limits is critical to maximizing its life expectancy, along with keeping everybody safe. The machine’s guidebook ought to have exact conditions on what it can and cannot deal with. It’s far better to put in the time to find the correct machine for the work than run the risk of a mishap.

3) Engine Upkeep

Keeping the engines healthy plays an essential function in maintaining heavy machinery. Seeing that your machine is effectively oiled with the best oil is vital to safeguarding your engine’s elements. See to it that you make use of the right sort of lubricating substance for every part of your engine, considering that they need various types. At the same time, see to it not to utilize too much lube.

Air purification, as well as gas high quality, are likewise points that you need to examine. Check for openings that can let in unfiltered air that can harm your engine’s wellness.

4) Safely Storage

Maintaining your machine locked in a secure environment will certainly avoid damages from ecological problems and be sure that unauthorized employees cannot connect with it.

Climate-controlled garages or sheds give the very best shelter for heavy machinery. That kind of framework will aid in preventing the equipment from rusting because of moisture, along with staying clear of UV damage.

It’s also essential to keep the area around the machinery clean.

Particles and also mess are just a crash waiting to take place.

5) Enlighten Your Operators

Since the drivers are most likely to be the ones mainly using the heavy machinery, they must know precisely how to do so correctly.

Class training, hands-on knowing, and on-the-job training are excellent ways to keep your staff members approximately day.

Machine-specific manuals are also an excellent method to guarantee the proper use of your workers’ specific tools.

Consistently going over security finest methods is likewise an excellent means to prevent work injuries.

Practicing appropriate routine upkeep is the best way to expand the lifetime of your heavy machinery. These actions will conserve your cash in the long-run, and aid stops occupational injuries.

Sonic Drilling Method: How Does It Work?

Drilling with high-frequency, resonant energy created inside the sonic head is an advanced kind of drilling. As the sonic drilling string moves down the hole, resonant energy is transmitted at various sonic frequencies to the drill bit face.

How It Works

The sonic drilling equipment consists of three main parts.

  • Drill Head
  • Resonator (drill pipe or drill rod)
  • Soil type

As a result, the method’s three interdependent components must operate together harmoniously to be effective.

Sonic Drill Head

For this approach to be effective, tremendous vibrational wave energy must be efficiently transferred from the drill pipe’s upper section to the drill bit’s lower section, with very little power being lost in the process.

Counter-rotating rollers or eccentrics are often used to create linear forces. Although it does not cut, the bottom bit crushes the rock into dust or bludgeons mud and clay to the side.


oil rigSonic drilling heads are designed to apply as much power as possible to the top of the drill pipe while transferring as much energy as possible to the bottom of the drill pipe, where it can be most effective in piercing a formation’s formation.

The frequency of energy input must fluctuate as drilling proceeds and new sections of pipe are added to maintain the wavelength condition. It takes less input energy to bring the steel drill pipe into resonance as it becomes longer.

To be sure, higher frequency operation of the sonic head allows for increased force production as drilling depth increases, allowing for sustained penetration at longer depths.

Drilling with Sonics

Soil is fluidized by the resonating drill steel when the sonic drilling head and the drill steel pipe are brought into resonance. This reduces the frictional forces that bind and constrict the pipe.

If you’re drilling in sandy or gravelly formations, the drill bit will readily disrupt the elastic connections between the particles. The sand grains will then rearrange themselves and migrate to the outside of the bit face.

Porous and saturated formations are more easily able to absorb soil particles that have been dislodged from the bit. Sonic drilling in clay-type soils is more difficult. Clays are less movable than sands and gravels because of their cohesive nature.

Sonically fracturing rock formations with tungsten carbide inserts requires special bit designs with inserts. A flushing medium, like air or water, is commonly required when drilling solidified formations to wash away cut material and keep the bit exposed to raw material.

Why Should You Consider Sonic Drilling?

Drilling applications requiring undisturbed core sampling across virtually any geological formation can benefit from sonic drilling. There are numerous advantages to using this strong technology as opposed to other sorts of drilling procedures. Low-impact technology makes crew tool handling safer by reducing the number of tools used.


What Are the Advantages of Water Jet Cutter in the Automotive Industry?

An increasing number of industries are realizing the rewards of high-pressure waterjet cutting, and one of which is the automotive industry. Let us delve into the manifold ways that the water jet system of cutting is helping the automotive and car manufacturing sphere achieve greater heights of success today

Water Jet cutter does not discriminate against the metal it will work on. 

It is important to highlight that water jet cutting is an industry-wide method of choice when it comes to cutting many different types of materials, even metals. As we see it, this is a huge boon for car producers and the automotive industry at large because their primary focus in terms of production is, evidently, metal. 

The water jet system of cutting can be utilized on a variety of metals, including aluminum, mild steel, stainless steel, copper, titanium, alloys, and brass.

robotic system

It delivers an exceptionally clean final cut with an extraordinary edge quality that removes the need for secondary finishing. It is also renowned for its cold-cutting qualities. This means to say that no part or portion of the metal you are working on will be affected by heat because it will never generate it. 

It plays well with the current robotics system.

One of the most advantageous elements of water jet cutter for the automotive industry is how easily it melds into existing automobile manufacturing processes. This form of cutting, in particular, can be seamlessly incorporated into existing robotic systems.

Water jet cutting is non-abrasive. It can work with a wide range of materials, including carpeting, insulation, and head linings, and many more. Moreover, this material cutting method is extremely clean; unlike other conventional cutting technologies, it is practically mess-free and generates very little waste material throughout the whole cutting process.

It is Highly Efficient. 

The high-efficiency rate of the water jet system is another appealing feature, the reason why the automotive manufacturing space favors it so much in its production. It is low-maintenance, comes with a streamlined process, and most importantly, gives car manufacturing bodies the excellent finish they require, even under limited time constraints.

It will not put the environment in harm’s way. 

technologyNumerous processes associated with industrial manufacturing often lead to pollution and less-than-optimal air quality. This earned the traditional material cutting systems notoriety; water jet systems eliminated the shortcomings of industrial cutting processes.

It is also known to generate relatively little trash and emits no harmful emissions, which can be detrimental to the surrounding environment. 

Multiple robotic systems and cutting heads using only abrasive or pure water can be mounted on a single cutting station. This signifies that a waterjet cutting system on an automotive assembly line can manage the production of a variety of different parts made of different materials. It will not halt the line that will modify anything other than the control program.

The above points we presented above make up some of the many good reasons why this technology is very much ideal for fast-paced fabrication and manufacturing environments such as the automotive industry, where very precise cuts are imperative and manufacturing and production timelines must be strictly adhered to. 

How Does Modern Design of Drill Rigs Work with Water Wells? (According to Major Drill Rig Companies)

To find an artesian well, the use of appropriate technology is important. If you will ask the top drill rig companies in the country, they’ll tell you that access to mechanical and technical innovations is also important. They help you build efficient and reliable drill rig systems.

Technology will also help you reach great depths without getting slowed down by hard rocks. Such rock formations give us an impression that they are on the borderline of being impenetrable.

But what is an artesian well? 

An artesian well is simply a water well that does not need a pump to draw or bring water to the surface. For this to happen, the aquifer needs to have enough positive pressure. This will help in bringing water to the surface. 

Simply put, an artesian well is a rich reserve of pluvial water under the ground. However, this underground water is possibly more or less extensive. 

An artesian well’s drilled hole allows for the spontaneous supply of water to come up to the surface, even without the mechanical help of submersible pumps. 

In order to identify an underground deposit of water, people think that they need a drilling rig. Drill rig companies design and engineer their product offerings to hasten up the drilling work. These products help us reach underground waterbeds in no time. Normally, water bed systems are hundreds of meters below the ground surface.

Video credit to Free Documentary

What we are referring to here are the mobile rigs. They are usually mounted on a trailer or a truck and can come in both big and small, portable sizes. This makes it possible to move the rig anywhere in the project site or working yard. 

Finding The Correct Drill Rig

Finding the correct drill rig system to use in building good water well is an extremely important aspect for projects of this kind. Depending on the depth of the water well that you are planning to have, the drill rig system will somehow need to be more or less powerful.

So, you need to find a suitable rig for this purpose. 

Like everything else when we need something, we can scour the Web to find the most appropriate drill rig machine that we can use here. 

oil platform

Today, we have plenty of drill rig companies. Many of them are specializing in designing and building drilling rigs that can be used primarily in water research efforts and water well drilling. Others are more involved in producing drill rig systems for mining sites and more pressing undertakings like oil exploration works. 

There are also general-purpose drill rig systems. For instance, you may come across mechanical rigs that work out best when partnered with diesel engines. As for the electrical drilling rig, you power them up by energy sources produced within the work or project site itself. This usually comes with engines with internal combustion. 

We also have hydraulic drilling rigs, which make use of the hydraulic oil flow in which a diesel engine operates. This type of system comes with a gearbox. You need to connect them with different kinds of hydraulic pumps to work. 

Lastly, the modern rigs we can see in the market these days are distinct by virtue of the drilling method they offer to users. These systems can work on rotary drilling methods or percussion systems. 

The 6 Steps of Machinery Maintenance Program

machine maintenanceThe main goal of a maintenance program is to maintain the functionality of equipment and to minimize breakdowns. This includes the repair of the equipment, replacement of parts, and servicing of tools. A maintenance program in place guarantees the equipment’s operational viability and prevents any fluctuations during production.

When a maintenance plan is being set up, often, companies focus on the most common and significant breakdown issues while neglecting the smaller problems. This is not advisable when talking about the long-term. Even the most minor problem areas could lead to injuries, asset damage, and production errors at work if not resolved immediately.

Below are some of the steps you can follow in drafting a proactive and effective machinery maintenance program.

Machinery Maintenance Program Steps

Establish Your Team

First off, it is essential to have the right team for your maintenance project. The team should include technicians, maintenance managers, and other relevant people from the operations. When you have gathered these people, lay down the goals that you want to achieve with them. This may include minimizing the cost of any corrective repair and reducing equipment downtime. Encourage them to do their best and make the program a success.

Record the Equipment

Documentation is important and a must. It would help if you had an accurate asset count, so you know how much is needed for the maintenance. Include asset information such as make or model, asset specification, manufacturer ID, and location. Updating pre-recorded data is easy, and this will allow you to know your priorities as far as maintenance is concerned.

Provide Maintenance Procedures

After you have secured an inventory list, the next thing to do is identify how often you need to service your assets. This could be done on a weekly basis, monthly, or quarterly, even semi-annually, depending on the type of the item.

Prioritize Your Maintenance Tasks

To secure a seamless operation, you must know how to categorize low, medium, and high priority repair tasks. Service sessions could take a long time, so you have to choose wisely. Begin with high-value equipment and start scheduling your maintenance tasks with longer intervals as they will take up a lot of resources and time. Then, you can focus on items that need less effort.

Provide Training for the Team

Establishing a maintenance system can be a long process, and the right adoption of the program is important. To enhance your management strategy, companies need to devise training schedules so the team knows how to implement repair practices in the different departments. Optimum use of restorative plan would eventually lead to higher returns on investment.

Seek Improvement

Businesses evolve along with assets through time. Given this constant transition, it is of great importance to analyze progress for growth.

You may notice that some equipment that gets checked for maintenance is more often compared to others. This could become a concern if the repair and replacement costs exceed the actual growth. To deal with this incident, assess your machinery maintenance plan after regular intervals and implement changes if needed.

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.