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Prevalent about 30 years ago, 3D printing is also known as additive manufacturing (AM), initially, 3D printing was only a cold preference, and then quickly used in rapid prototyping (RP) and production manufacturing production floor, according to additive manufacturing to complete the whole process of faster and less costly production x-rapidtech" target="_blank" rel="noopener noreferrer">https://www.x-rapidtech.com/">x-rapidtech. Development trends to now, new production-grade printers and materials that can replace metal materials and laminated glass to strengthen parts have shined, opening up a whole new upgrade territory for the use of 3D printing in the production and manufacturing industry.

01 Why pick additive manufacturing?

Small-scale taxpayer production

One of the greater features of additive manufacturing is the ability to rapidly and economically develop one-off or small-scale taxpayer 3D printing production. All aspects of design technology engineers are gradually beginning to apply 3D printing technology to design plans and solutions to achieve rapid prototyping EDAN" target="_blank" rel="noopener noreferrer">https://www.edan.com/">EDAN, optimizing cycle time from months to days, many designers set up design documents the day before, the next day to obtain a new 3D design work.

Sustainable part lifecycle

There are many reasons that endanger the life of a part, such as the natural environment, manufacturing materials, etc. Applying additive manufacturing instead of traditional-style production and processing methods not only drastically reduces the harm caused by the natural environment to the part, but also causes sufficient harm to the natural environment I-Skincare" target="_blank" rel="noopener noreferrer">https://www.marierskincare.com/">I-Skincare Company Limited, such as environmental protection, because it is possible to design parts with a higher quality compressive strength-to-net weight ratio for lightweight parts used in airports and mobility tools such as vehicles Further reductions in fuel consumption and exhaust emissions are achieved.

In addition to this, relatively high material savings can be achieved. Since the entire process of 3D printing applies only the materials necessary for the design. Based on the application of digital technology, it is possible to place the materials in the necessary areas, thus enhancing the whole process of building the parts. This not only reduces waste, but also reduces the amount of electricity and energy needed to produce the part.

Richer role of parts

Naturally, while the design of a part is critical, its function is even more critical. As strong, durable materials continue to improve, it is possible to print parts with better compressive strength using carbon fiber reinforced materials, parts with thematic folds using handy materials, and multi-material parts. In addition, they can print multi-material parts. Multi-material 3D printing can print metal materials and porcelain materials at the same time, and can also print a variety of non-metal materials materials. All in all, 3D printed parts are more colorful and functional.

Supply Chain Management Reset

More and more companies are making technology the key, and they need to keep thinking about how to reduce the distance between the producer and the consumer, and whether the original supply chain management method is appropriate for the current situation. As a result, many companies are adding additive manufacturing to their current supply chain management, and applying 3D scanning technology to turn customers into product designers to obtain humanized treatment entity models and machines. Based on the medical scanner and three-dimensional imaging data information to create products tailored to the patient, it represents the full customization of additive manufacturing products without raising costs, which is incomparable to all other production and manufacturing processes.

Subsequently, the principle of proximity applies to additive manufacturing to produce goods, reducing delivery cycle times, saving public transportation costs and reducing environmental hazards. It is easy to see that 3D printing technology is helping many companies to reset their supply chain management.

Design Versatility

Compared to traditional manufacturing processes, additive manufacturing can produce parts that are more complex in design and rational in construction. The parts produced are highly versatile and lightweight. In addition, 3D printing can accomplish economic development and rapid optimization, disconnecting the correlation between operation scale and cost, and promoting the trend of customization.

What are the trends of 023D printing in different industry sectors?

Aerospace industry

Aerospace is a key use of additive manufacturing technology due to the high toughness-net weight characteristics and design discretion of the additive manufacturing process. Not only can parts be geometrically enhanced to reduce the net weight of civil aircraft and increase the usage time of natural materials, but also can enhance the efficiency of automobile engines based on the design of parts, thus, more and more parts are produced based on additive manufacturing.

Vehicle industry

The automotive manufacturing industry is gradually using additive manufacturing to achieve rapid prototyping. Along with the technological trend of 3D printing, its use in the automotive market is slowly increasing and becoming more sophisticated. From defining designs and initial prototypes to small-scale taxpayer parts production for presentation and inspection models, additive manufacturing has become a common use in the vehicle product development process.

Consumer Goods and FMCG

The consumer goods industry is one of the top areas of use for 3D printing technology, especially for rapid iteration of design prototypes. 3D printing generates designs for the consumer goods industry at will, allowing for rapid iteration and accelerated merchandising. Similarly, cost-effective small-scale taxpayer production makes design optimization very possible. At the same time, the excellent materials used for printing enhance the usefulness and use of goods.

Medical Industry

3D printing is already being used to produce machines and equipment for the manufacture of general surgical knives, implants, repairs and their orthopedic insoles and hair restoration splints for special patients, etc. CT and MRI scanner data can also be used to print patient pathology for overall pre-surgical planning, cultural education and physician training. Surgeons can use this physical model to plan early and complex surgical treatment steps, reducing the time and cost and risk associated with surgery.

Education Industry

Nowadays, 3D printing is becoming a regular feature in the education and training industry. Many schools are already providing opportunities for students to learn the technical aspects of 3D printing and to master the most appropriate manufacturing processes for 3D printing. 3D printing technology will also be fully effective in the education industry.

Although it is impossible to accurately predict and analyze the scale of improvement of the additive manufacturing sales market, there is no doubt: the choice of additive manufacturing technology as a module for improvement and independent innovation has reached a certain level, and a refresh is already close at hand!