In recent years, the upsurge of 3D printing applications is sweeping the world. We can see 3D printing in many industries, such as 3D printed aircraft and auto parts in the manufacturing industry, and 3D structural models used in plastic surgery. This undoubtedly does not prove that 3D printing has quietly penetrated into all walks of life. .
Compared with traditional production methods, 3D printing technology is indeed a major change, but at present and in the near and mid-term, it does not have the ability to promote the third industrial revolution.
But 3D printer technology is a new type of rapid prototyping technology and the most iconic production tool of the third industrial revolution, which will have a profound impact on many industries and fields of society. At present, 3D technology can play a good role in low/medium-capacity markets (such as the aerospace field) where there is no benefit of scale.
The application fields of 3D printers are also expanding with technological progress. American scientists have developed a three-dimensional “bioprinter” that can print skin, cartilage, bones and other organs of the body. People also use three-dimensional printers to make sculptures and repair sculptures, make three-dimensional objects made of plastic and polymers, and print food. Three-dimensional printing technology eliminates the use of tool processing, mechanical processing and manual processing, and the efficiency of changing technical details is extremely high. In the UK, the same technology was used by Gordon Murray Design Company to help manufacture the avant-garde T.25 urban “eco car”, which was launched in July 2010. From the perspective of other countries, the United States has far surpassed other countries in the application of 3D printing technology. Japan, Germany and China ranked second, third, and fourth respectively. The reason why the influence of 3D printing technology has not yet spread is that the printing speed, material plasticity, accuracy and manipulation are still to be studied!
In addition, there are also disputes regarding legal liability. Of course, given the potential benefits of 3D printing technology in the future, there is plenty of motivation to overcome these difficulties. And the current situation is developing much faster than the pessimists think. For example, the application of nanotechnology means that 3D printed plastic products will soon become the biggest competitor of traditional manufacturing metal products.
Biological 3D printers are also facing many challenges. One of them is how to better integrate the printed objects with other organs of the body, especially large tissues, because any printed organs or body tissues need to be connected to the blood vessels of the body. And this can be very difficult to achieve. Once this technical barrier is overcome, bioprinting technology will become a standard technology in the next few decades.
However, creativity alone is not enough, imitators and innovators can easily launch new products on the market quickly. Therefore, the competitive advantage may become shorter than ever before. Once items can be described in digital files, they will become easy to copy and spread, and of course, piracy will become more rampant, just like the music industry. When a sketch of a new toy or a design plan for a pair of shoes is circulated on the Internet, the owner of its intellectual property will lose more. Therefore, people’s struggle in the field of intellectual property will be more intense. Moreover, with the emergence of open source software and new non-commercial models, it remains to be verified whether 3D printing technology needs more stringent or looser regulations than the current one.
In the entire supply chain, from manufacturing to logistics and warehousing, 3D printing is increasingly recognized, accepted and applied. Many world-renowned automobile brands have used 3D printing technology to accelerate the development and production of new products in their supply chains, and are more actively responding to changes in market demand.
Although 3D printing can never be compared with the economies of scale brought by the traditional mass production supply chain, with the advancing of time, 3D printing technology is becoming more powerful and reliable, and it is complementary to the supply chain. Profoundly promote the transformation and upgrading of the supply chain.
According to Gartner data, 38% of supply chain managers have already used 3D printing technology, and 47% of supply chain managers plan to start using 3D printing technology in the next two years. Based on this calculation, in two years, 17 of every 20 supply chain professionals will use 3D printing technology in their distribution network.
Today, 3D printing technology is playing an indispensable role in the supply chain with the following six advantages.
1. Avoid the negative impact of outsourcing production
Under the traditional supply chain model, companies often need to purchase raw materials from external suppliers, then mass-produce them in factories, and then distribute them to customers through warehousing and distribution networks. Therefore, a large amount of enterprise funds are spent on plant construction, equipment purchase, and staffing, which leads to the complexity of the entire supply chain and increases the difficulty of enterprise management. For economic reasons, companies have been outsourcing their supply chains to companies that use traditional manufacturing methods for decades. However, the cost of international freight is increasing year by year, trade tariff disputes have intensified, and the risks and costs of international logistics are also rising. The time required for companies to negotiate with multiple suppliers and independent contractors, as well as communication problems in different time periods, language differences and other factors also make outsourcing work more complicated. The outsourcing supply chain has become more fragmented than ever, making it begin to lose its previous advantages.
The end-to-end process brought by 3D printing is a mature production model and a key advantage of 3D printing. Through 3D printing technology, companies can use simple and professional operating software to realize self-production of the originally outsourced supply chain. For example, some companies use internal 3D printing equipment to produce prototypes or even small batch production, which can avoid the risk of intellectual property leakage due to the outsourcing of prototype production.
2. Save time and money by simplifying the supply chain
Compared with outsourcing, the return on investment of 3D printing is usually higher, and simplifying the supply chain can also save costs in many other ways.
1. Transportation cost
The logistics cost of shipping spare parts or parts with low turnover rate from overseas is very high, and 3D printing can help solve this problem. As long as a 3D printer is installed, parts can be produced on demand. A study shows that this can help companies save up to 85% of transportation costs.
Excess inventory and low turnover parts occupy a lot of storage space. Related research also shows that by reducing the inventory of finished products, companies can save 17% of costs. A report released by DHL shows that 3D printing spare parts can account for more than 20% of an ordinary company’s unused or excess inventory. Many automakers need to reserve 7-10 years of spare parts for each car they produce. With the advantages of 3D printing, the factory can realize on-demand production without the need to prepare inventory in advance.
3. Improve profitability
According to public data from the US Bureau of Labor Statistics and manufacturing economic data, the operating cost of the US manufacturing industry is estimated at US$4,258,341 per minute, and the profit margin is only US$22,480 per minute.
Therefore, if 3D printing can shorten the production time, even if it is one minute, one hour, one week or one month, then it can have a positive impact on large industries. Although the use of 3D printing technology to produce a single prototype part in an enterprise does not seem to save a lot of costs, for those large manufacturing plants, the time or money saving effect will be quickly added.
4. Reduce material waste
3D printing produces parts in a layered manner. Unlike subtractive manufacturing methods such as CNC machining, additive manufacturing produces consumables only when needed. 3D printing produces parts or tools according to the exact specifications provided by the manufacturer and as needed, so waste can be reduced.
5. Reduce manpower requirements
For American companies, labor costs overseas are lower than those of domestic workers in the United States. Therefore, many manufacturers will outsource labor, but if 3D printing is used, it can reduce the company’s dependence on labor outsourcing. Thanks to the improvement in the running time and reliability of 3D printers, and the machines started by the network can be controlled by intuitive printer management software, a trained worker can control small spare parts at the workstation to achieve production through 3D printing .
3. Make the entire value chain more agile
While the complexity of the traditional supply chain is increasing, the responsiveness is rarely improved. 3D printing can shorten the manufacturing cycle, reduce overseas transportation activities, and almost save the lead time. The 3D printing time of a part depends on the complexity of the part, and is usually measured in hours rather than weeks. Using multiple machines can easily increase output and meet demand. The unlimited flexibility and strong responsiveness of 3D printing can help companies have a stronger competitive advantage. As the supply chain continues to transform to this modern model, companies can improve efficiency in other areas.
4, make full use of the unique product performance of 3D printing
3D printing brings significant advantages for small-batch manufacturing-breaking the limitations of geometric shapes. Traditional production methods such as injection molding follow the “design for manufacturing” principle, which limits the shape of the product. And 3D printing can design irregular geometric shapes more efficiently by generating design patterns, thereby improving the structural performance of products, saving materials, and shortening the design-to-manufacturing cycle.
5. Realize differentiation through on-demand production of parts
Like the “Uber” that disrupted the taxi industry and the “Airbnb” that disrupted the hotel industry, 3D printing can continue to strengthen consumers’ influence on the supply chain. In an environment where digitization powers the “demand economy”, 3D printing and interconnected manufacturing will have a perfect synergy effect.
The on-demand production of parts helps to manufacture finished products or “quasi-finished products” with a higher level of personalization (such as clothing with personalized printing accessories, mobile phone cases with customized designs, and ergonomically designed products for workers. tool).
For the traditional supply chain, the on-demand production characteristics of 3D printing can guarantee the supply of products. Fundamentally speaking, 3D printers can replace “instant” inventory. The virtual warehouse has now become a reality, it can digitally send 3D model files to the nearest 3D printer.
6, improve customer satisfaction
In the manufacturing industry, competition between enterprises is often competition between supply chains. On the premise of maintaining the best service level for the enterprise, embedding 3D printing in the supply chain can improve customer satisfaction and loyalty. For a company, through the improvement of the supply chain, it can achieve faster response to customers and the ability to respond to diverse needs, thereby bringing a better consumer experience to users and allowing the company to stand out from the fierce competition. We have seen that due to the popularity of mobile phones, developing countries are phasing out fixed phones. People always favor technologies that are more flexible and require less infrastructure. With the popularization of Industry 4.0 technology, 3D printing will revolutionize the current complex traditional supply chain model and bring unexpected changes to the entire industry. Ultimaker will also work closely with outstanding companies through business development, and use 3D printing technology to help companies improve the supply chain and accelerate the transformation of local digital manufacturing.
Link to this article： What changes will 3D printing bring to the supply chain?
Reprint Statement: If there are no special instructions, all articles on this site are original. Please indicate the source for reprinting:https://www.cncmachiningptj.com
PTJ® provides a full range of Custom Precision cnc machining china services.ISO 9001:2015 &AS-9100 certified.
Machining shop specializing in fabrication services for construction and transportation industries. Capabilities include plasma and oxy-fuel cutting, Tailored machining, MIG and Custom Aluminum Cnc Precision Milling Welding Jig Fixture, roll forming, assembly, Lathe machining stainless steel cnc machine shaft, shearing, and CNC Swiss Machining services. Materials handled include carbon and Passivation Stainless Steel Machining Cover Plate Parts.
Tell us a little about your project’s budget and expected delivery time. We will strategize with you to provide the most cost-effective services to help you reach your target,You are welcome to contact us directly ( [email protected] ) .
Link to this article：What changes will 3D printing bring to the supply chain?
Reprint Statement: If there are no special instructions, all articles on this site are original. Please indicate the source for reprinting.：Casting Wiki，THANKS！^^