aerospace

These Industries Benefit from Using 3D Printers

With a vast selection of businesses utilizing additive manufacturing in their manufacturing process, we intend to determine industries that our company believes advantage most from additive manufacturing. By considering these markets, it’s understandable how and why 3D printers are changing manufacturing overall.

Industries that Use 3D Printers

Aerospace

The aerospace market has some of the highest requirements, partially efficiency. Aerospace components must endure extreme temperatures and chemicals while undergoing repeated loading, all while continuing to be as light as feasible. Private component failings usually cause complete system failings on airplanes to bring lives and freight, so failing is merely not an alternative. Since part precision is critical for aircraft, aerospace designers have taken to 3D printing examination tooling to minimize prices for low-volume components.

Automotive

The vehicle industry has been charging ahead with additive production, with top-level businesses such as Audi utilizing 3D printers. It’s not just the Audis of the globe who are using 3D printers– whatever from race vehicle teams to sub-suppliers (OEMs) for every car producer are utilizing 3D printers. The real value in 3D printed components for automobile suppliers doesn’t presently depend on printed parts taking place in vehicles, but instead for the tooling and fixtures that aid the manufacturing process.

3D printing in automobile

One of the most typical components published by automotive producers is fixtures, cradles, and models, which must be rigid, strong, and long-lasting. It’s additionally not uncommon for some to use 3D printers to make replacement components for centuries-old cars. This guarantees their sufficient pieces to service legacy autos and ordinary maintenance, repair, and operations.

Manufacturing

From jigs as well as components entirely to end-of-arm tooling, commercial 3D printers are completely transforming the decades-old production industry on its head. Firms can produce custom-made, low-volume tooling and features at a fraction of the standard rate, offering designers and designers even more time to spend on revenue-generating parts. Small manufacturers obtain the same benefits with a 3D printer as large, global producers to improve and expedite handling while alleviating downtime. Businesses can also have even more creative freedom while saving money on labor prices and time.

Robotics

3D robotics

The aspects that make practical robotics components match 3D printing abilities, from customizability to lowered weight. Details like grippers and also sensing unit mounts are costly to produce as well as require to be custom-made developed for various uses. Robotics engineers use 3D printers for end-of-arm tooling and end-use components, from gripper fingers to entire robotic parts, to minimize the weight of the available item to make sure the devices can move quicker and bring heavier products.

Education and Learning

As the 3D printing industry grows, educational institutes are rushing to ensure they stay on the reducing edge of the new technology for research, education, and learning functions. From teachers publishing parts for educational tools to share the lesson strategy to Ph.D. trainees utilizing the printers for research, 3D printers offer a selection of functions in colleges.

What are the Practical Applications of Water Jet Cutter in the Modern World?

Water Jet Cutting Machine

It has been a while since major business entities and industries began to understand the benefits of water jet cutting. From what we can see today, waterjet cutting machines has joined the band of the fast-growing, high precision material cutting machines of today. 

Perhaps, among the many reasons why it’s practical use among major businesses and industries has grown immensely over the years is because a wide range of industries benefits from efficiency gains while at the same time improving as well their level of high productivity without compromising environmental sustainability and cost-effectiveness.  

Do you want to see how this efficient, affordable, and modern method of cutting materials can benefit your business and take it to the next level of excellence? Here are some of the practical applications of waterjet technology that you need to know by now.

Aerospace

Water jet cutter is capable of handling any known material used in industries. This would include laminates, plastics, composites, castings, rubbers, aluminum, forging, hardened or tool steels, heat-sensitive materials, exotic alloys, and even synthetic materials that run the risk of releasing harmful vapors if they are cut with some other method other than waterjet technology. Waterjet machines can handle cutting through these materials without running the risk of harming the structural integrity of the materials.  

Stone and Tile

The power of a water jet cutter can be intensified even further by adding abrasive material to the pressurized water. Abrasive waterjet can be taken advantage of if your project involves cutting through hard materials such as ceramics, marble, porcelain, cut stone, and tile. This method of cutting is also highly recommended if you need to insert logos and inlays for your various tile and stone applications.

Super hard ceramics and porcelain may offer a manifold of advantages for the end-user, but in the case of stone fabricators, cutting these hard and tough materials with just the use of traditional cutting equipment would just be in vain. They are far too slow, and there is so much drudgery in them that they would eventually cause bottlenecks in your company’s production of goods.  

Glass Processing and Cutting

Abrasive waterjet is also highly recommended for projects involving glass and making internal cutouts in them. The reason behind this is they can effectively pierce through different levels of thickness without needing to compromise edge quality. 

Nowadays, this technology gained worldwide acceptance and is used globally in aid of processing many different kinds of glass applications including: 

  • tabletop inlays
  • kitchen and bathroom splashbacks
  • frameless shower screens.
  • window panels
  • Powerpoint cutouts
  • mirrors

Waterjet Cutting Food

If you are not aware yet, waterjet technology has also found practical application in the food cutting and processing industry. Time and again it has proven its worth in eradicating problems arising from cross-contamination of foods while maintaining at the same time, high quality of cut of food items. This includes meat products and even fresh fruits and vegetables. Celery, fish, and chicken are just a few of the most sought after food items that are process cut with waterjet technology. 

Waterjet Cutting Composites and Rubber 

Waterjet method of cutting is taken advantage of for various applications. And this wide-scale use for this material cutting method can be attributed primarily to its reliability, speed, and exceptional edge quality. 

This technique in cutting is the method of choice for many industries, particularly those that make use of rubber, fabric, foam, plasterboard, insulation, nappies, circuit boards, leather, plastics, and fiberglass because this cutting process is fast enough to their required. In addition to that, there is a very small chance for material wastage.