Which One is Better Water Jet Cutting or LaserJet Cutting?

People are under the impression that they can be very straightforward when it comes to choosing between water jet cutting and laser jet cutting. There is no possible way you can say which one is better because each one of them is naturally more suitable for use in different materials. Each one can be utilized in different applications. Therefore, trying to choose between water jet and laser cutting, it would depend entirely to your specifications.  

As the name itself suggests, laser cutting involves the use of laser, it will help you to burn, melt or vaporize a material. During this process, a beam of focused light is used to carry out a cut design. The laser beam itself can be static and stationary or, depending on your cut-design, you can have it move across the material. 

Laser cutters perform extremely well with materials that have a thickness range between 0.12”  to 0.14”. This method of cutting is commonly used to cut sheets of medium-thickness steel.  

Water jet cutting machines are using a jet of high-pressure water and are often combined with an abrasive material such as garnet particles. Adding abrasive particles to the water itself will help intensify the water jet’s ability to cut through a material, thus reducing work time. 

Even if many people qualify laser cutting as some kind of complementary service to the water jet method, many are surprised to know that the latter is actually offering a wide array of advantages as follows: 

  • Adaptable to work with a wider spectrum of materials
  • Capable of cutting through materials whose thickness makes it difficult for the laser to cut.
  • The absence of the heat-affected zone (HAZ)
  • Easy on the environment. 
  • Safer to use compared to other cutting methods
  • No need to observe uniformity of material 
  • Higher tolerance level on thicker parts
  • Better edge finish

Even if laser cutters tend to work a nice job in cutting through non-ferrous materials, they tend to be quite thinner, much like wood and plastics. But the thing is when it comes to the edge some parts are usually burnt as brought about by the heat generated by this cutting method. On the other hand,  with water jet cutting, you can profile almost any material having a maximum thickness of 250mm as opposed to the laser’s 25mm thickness. 

These 2 cutting methods sometimes have outstanding features of their own and sometimes you need to take them into account when trying to decide which one is most suitable to your needs. Holes with a much smaller diameter compared to the level of thickness of the material can’t be lasered. In this case,  a waterjet machine is a much better option because it can handle extremely small holes. 

What About the Cost? 

Many people who consider laser cutting as the most cost-effective option for thin parts and are not actually bothered by its level of accuracy or quality of finish,  would usually settle for this method of cutting. Nevertheless, with water jet cutting and its ability to pile up sheets, is catching up fast and one important aspect to look into here is that as the level of thickness of the material increases, the natural tendency of the waterjet is to become even more cost-efficient.  

The Challenges of 3D Printing Service

For many years now, most of us have witnessed the unstoppable progress that 3D printing service, also known as additive manufacturing, has been making in terms of techniques employed, technologies being incorporated, and the various business organizations that are taking great interest from just a few companies before to several hundred now. 

Many industries are slowly but surely beginning to embrace this state-of-the-art cutting technology, and as this unfolds right before us, let us try to delve deeper to the possible challenges that you might encounter with this

Despite the bullish public perception regarding the tremendous growth and the great potential of 3D printing in many different applications in various industries, there are several challenges worth nothing first.

Almost every manufacturing stakeholders that are in charge of the 3D printing needs of their organization complain about some of these challenges. 

Here are the top challenges that the manufacturing sector faces with 3D printing: 

  • Cost of materials
  • Part quality
  • Difficulty in scaling operations
  • A limited selection of materials
  • Cost of system equipment
  • Technology limitations
  • Lack of in-house expertise

Despite the seemingly insurmountable challenges, many industry experts are optimistic that 3D printing service is bound to change the face of the manufacturing industry. 

We can’t get away from the fact that there is a very stiff competition in the manufacturing space, and that signifies that these perceived challenges are just mere stumbling blocks, they just need to overcome them. 

The manufacturing sphere must not only think about the technical rewards and benefits that 3D printing could bring but most importantly it must take into consideration the value it can add to any business. 

It is of paramount importance that business entities to not only just make an effort to identify applications and parts they can make use 3d printing for, but they also need to pay attention to how they can make it fit into their entire manufacturing strategy. 

Simply put, it is not about searching and looking for products that will the technology but seeing to it that the technology on hand will be fitting the business model itself and the product they have on offer.  

Manufacturing Challenges

The use and the application of 3D printing when designing for manufacturability is likely to become a challenge, too. 3D printing is not considered as a viable option over traditional manufacturing in any large scale production runs.  It is important for 3D printing to take into consideration the final production process during the design phase. 

If a particular component can be fabricated via 3D printing technology, but there would be some level of difficulty in replicating the same success when that part or component finally goes into production, then that only indicates that the project is a failure. This explains the reason why engineers and designers need to look into all the aspects of the project.  

Another major challenge in 3D printing is time.  Right now, the time and the cost needed to make one component or part may not be enough to sustain a full fabrication project. 

You can’t make use of 3D printing services to take the place of precision machining shops or machinery that makes the top of the line products in a timely fashion.  

Poly Diesel Fuel Tanks

Poly Diesel Fuel Tanks

We qualify poly diesel fuel tanks as a great alternative but they’re made even much better at a fraction of the cost.  

Even to this day, there are still many companies that are using off-site refueling facilities, and yet they have a fleet of machinery and vehicles. Often, with this kind of situation, they often end up with wasted time and higher costs.

If your business, your company is still using an off-site refueling, you may want to reconsider your choices. Here are some of the major reasons why having an on-site storage feature would work for your company’s best interest.  

High Level of Efficiency

The use of poly diesel fuel tanks can help your company save time and money. Hence, this option is highly efficient. An on-site fuel storage feature in your facility can help your team save the time that it takes them to travel to a nearby off-site fuel refilling station. In much the same way, refueling detours can be avoided as well.

This allows for better and more efficient management of time. Your on-site staff will have no need to leave the facility for refueling purposes of their vehicles or machines. Therefore, the time they saved on traveling to and from the nearest refueling station can be used instead of rendering their work and functions. More work can be accomplished, and by this virtue, your team’s overall efficiency will greatly improve.  

Theft Deterrent

One of the most complained issues in most companies is purloined fuel. Most of the time, this involves staff or employees who are cunningly taking good advantage of the company’s provided allowance for fuel for their own personal consumption or use. This is the reason why it poses a great challenge for companies to determine that it is indeed taking place inside their organization.  

By ensuring company drivers to refuel their vehicle only through on-site fuel storage tanks, you can keep them from engaging in their abusive practice in their fuel allowance.  A good fuel tank installed within your facility guarantees you full control over the company’s fuel reserve and usage of the same.

A poly diesel fuel tank in place will help you monitor who among your on-site staff is regularly using it or how often they are refueling up their vehicles or machines, and when they actually use it.

Rated Brand: Silvan Tanks

Saves You Money

Your company can enjoy a significant amount of savings if you have on-site fuel storage anywhere inside your facility.  The money you can save for your company can be fully optimized if you couple it with an effective system for fuel management.

It is wiser for companies to buy their fuel requirements in bulk, this way they get to enjoy lower prices. If you want to negotiate with a supplier for an even lower price, we highly recommend that you try to become a regular customer first and see to it that you are building a good relationship with them. In the long run, they will favor your request for a discounted rate on your fuel requirements.

It is high time that you reconsider your options and thinks about obtaining the above-mentioned benefits for your company by having your own fuel storage tank.

Resource:

https://bulkfuel.com.au/news/3-benefits-of-on-site-fuel-storage