Industrial Applications of 3D Printing
While 3D printing has been around for decades, it has surged in popularity and usage in recent years. New 3D printing applications are constantly being developed, making it one of the fastest ways to make prototypes, including those with complex geometry. Much of the reason for the recent upswing in 3D printing use is that it is a simple technology that can be used in applications in all fields. In its early years, 3D printing presented high entry costs. 3D printer models and materials were expensive. In recent years, with improvements and variations in the technologies of both the machines and materials used, prices have decreased, making 3D printing applications more accessible and cost-effective across industries and education.
3D printing technologies have created what is called ‘agile tooling.’ Here, the tooling used in manufacturing processes like hydro-forming, stamping, and injection molding is designed modularly, allowing for rapid prototyping and answers to tooling and fixture requirements.
Understanding Industrial 3D Printers
Additive manufacturing, often known as 3D printing, is gaining popularity among manufacturers. The demand is increasing as a result of the revolutionary benefits it offers. Industrial 3D printing is a viable production solution that allows you to reimagine your product from the ground up by incorporating design for additive manufacturing. Due to the design possibilities offered by additive manufacturing and industrial 3D printers, you may optimize your product, increase efficiency and quality, and reduce expenses.
Many companies are currently using industrial 3D printing as one of their key resources. Demanding industries such as automotive, medical, architecture, and luxury, as well as drones and robotics, are leveraging this revolutionary technology to satisfy the needs of their projects! This technology's adaptability and materials will provide numerous benefits to any organization, allowing it to meet new difficulties. The following are the most efficient industrial 3D printers:
Best Industrial 3D Printers
1. 3D Systems ProJet 660Pro: This professional-grade 3D printer offers exceptional print quality and resolution. It is one of the most dependable and accurate 3D printers available, making it an excellent option for industrial applications.
2. Stratasys Objet260 Connex3: The Stratasys Objet260 Connex3 is a superior industrial 3D printer that provides outstanding print quality and precision. The price is fair if you need a high-quality and dependable 3D printer.
3. MakerBot Replicator 2X: The MakerBot Replicator 2X is a cost-effective industrial 3D printer with excellent print quality and dependability. It is a perfect option for small businesses or home users needing a cost-effective and dependable 3D printer.
4. DWS XFAB: The DWS XFAB is an industrial 3D printer with exceptional print quality and resolution. The price is reasonable if you require a high-quality and dependable 3D printer.
5. Formlabs Form 2: Formlabs Form 2 is a commercial 3D printer with remarkable print quality and resolution. If you need a high-quality and reliable 3D printer, the price is rational.
6. EOS P 396: The EOS P 396 is an industrial 3D printer with premium print resolution and quality. If you require a high-quality and dependable 3D printer, the price is justified.
7. BigRep ONE: The BigRep ONE is an industrial 3D printer with impressive print resolution and quality. If you need a high-quality and dependable 3D printer, the price is justified.
8. Ultimaker 2+: The Ultimaker 2+ is an industrial 3D printer with prominent print resolution and quality. If you are in need of a high-quality and dependable 3D printer, the price is fair.
9. MakerGear M2: The MakerGear M2 is an industrial 3D printer with high print resolution and quality. It is a bit costly.
Industrial Application of 3D Printing
With a profusion of businesses employing professional 3D printers in their production processes, we can decide which industries will most likely gain from additive manufacturing. By examining these businesses, it is simple to comprehend how and why professional 3D printers are revolutionizing the manufacturing industry as a whole.
1. Prototyping
Prototype development is the first and by far the largest application of 3D printing technology. In the early days of 3D printing, designers and engineers recognized they could save time and money by printing rather than machining prototypes. In recent years, however, printer costs have decreased substantially, while output quality has grown to the point that even inexpensive printers can produce prototype-quality parts.
2. Printing of Mechanical parts
Another advantageous application for 3D printers is the production of mechanical parts for sale to large industries or for personal repairs. Many 3D-printed products are sold not directly to customers but rather by businesses or third-party contractors as components of larger projects. Small machine shops and individuals performing home repairs can likewise utilize the same approaches for their projects.
3. Healthcare
Using human tissue and cells as material, healthcare professionals are now ready to 3D print skin, body parts, and organs with functional cells with a particular person’s anatomical structure — leaving less room for rejection. Medical discoveries in bioprinting, reproduction, and prostheses are possible by 3D printing. There are numerous medical developments to which 3D printing contributes.
4. Aerospace
The aerospace and aviation industries were early adopters of 3D printing technology. It is not a secret that the aircraft industry is a research-intensive sector and its sophisticated systems are particularly delicate. As a result, the corporations collaborated with research institutes to develop efficient and complex methods to enhance the usage of 3D printing technology. Numerous 3D-printed airplane components are currently designed, evaluated, and even utilized in the industry.
5. Construction
Construction 3D printing provides a variety of technologies that rely on 3D printing as the primary method for creating buildings or construction components. Molding (concrete/cement, wax, foam, and polymers), powder bonding (polymer bond, reactive bond, sintering), and additive welding are 3D printing applications used in construction. In the construction industry, 3D printing has numerous applications in the private, commercial, industrial, and public sectors.
6. Art and Style
Surprisingly, 3D printing technology has been applied in the art and jewelry industries. Using 3D printers, jewelers can experiment with ideas that would not be possible using conventional techniques. With 3D printing materials such as PLA (polylactic acid filament), gold, or platinum, 3D printing enables the fabrication of individual, one-of-a-kind jewelry pieces or customized items at a considerably cheaper cost.
7. Education
As the 3D printing business expands, educational institutions scramble to remain at the forefront of the new technology for research and instructional purposes. In colleges, 3D printers serve a variety of objectives, from professors producing pieces for instructional tools to conveying the lesson plan to Ph.D. students using the printers for research.
8. Fashion
In July 2016, thirteen designers from the United States, Europe, and Asia displayed 3D-printed garments at the Platform Fashion exhibition in Germany. This is 3D printing's potential. 3D printing technology is invading a sector that not even the earliest inventors could have imagined. Fashion is currently regarded as the most promising application of 3D printing technology. Now, an increasing number of fashion presentations use 3D-printed clothing. To everyone's delight, these performances are receiving glowing reviews.
9. Manufacturing
The majority of the aforementioned industries have utilized 3D printing for industrial purposes. Traditional manufacturing methods that have been in place for generations are transforming, enabling the production of things at an unprecedented rate while using fewer and fewer resources and less labor. 3D printing can be used in conjunction with or as a replacement for CNC machining to make precise iterations of complicated, custom-made products.
10. Automotive
Audi has utilized 3D printing for a considerable amount of time and has no plans to stop. Similar to the aerospace industry, the automotive industry has a strong interest in the capacity to print complicated and infrequently used lightweight components on demand and at a cheap cost. The automotive industry can use 3D printing for engines, body parts, and chassis, and in the future may be able to 3D print entire cars significantly faster than in present production periods.
SelfCAD–Best 3D Modeling Software for Industrial Use
Utilizing industrial design services to computerize the design process is one of the most effective means of achieving these aims in the field of education. There are currently hundreds of CAD (computer-aided design) programs on the market. Some are simple or intended for personal use, while others are software suites containing many tools in one package to assist businesses with industrial-scale product design. SelfCAD is one of the best 3D design program for industrial use. It is powerful yet easy to use and it comes with all the necessary tools one needs to prepare their designs from concept to idea and to a real prototype. Some of the interesting tools include freehand drawing and sketching that you can use to create industrial 3D models from scratch. The drawing Youtube playlist gives you a glimpse of what you can achieve with the various 3D drawing tools of SelfCAD. For example, you can create a realistic metal design with ease in the software as shown below.
In addition, SelfCAD offers a unique tinker mode that allows users to quickly experiment with different design concepts without having to redo their work from scratch. Also, if you would like to generate realistic renders of your designs after 3D modeling, you can use the rendering engine of the software to do so and you can also do texture and UV mapping, as shown below.
If you would like to 3D print your designs, you can also use the in-built online slicer of the software to do so. It is compatible with most of the common FDM 3D printers and it is easy to set up. The video below demonstrates how to slice your STL files in SelfCAD.
About the Author
Carla Smith works at 5StarDesigners Ltd. - an app development company. She delivers her ideas in a persuasive yet convincing way. She has extensive experience converting complex ideas into simple but digestible content for her global audience.
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