Is 3D printing still popular? Yes, not only is this technology popular but it is also growing at an exponential rate. Individuals and companies are embracing it at a fast rate.
When we look at the current trends, everything points to the signs that 3D could change the world in many different aspects.
3D printing or additive manufacturing can revolutionize business, social, security, and even the geopolitical aspects of our lives.
So, what does the future of 3D printing look like? The future looks bright for 3D printing and this is demonstrated in diverse ways.
More applications of 3D printing
One of the things that stand out is the 3D printing is expected to receive new entrants. Industries that are still using traditional methods of manufacturing are expected to start embracing 3D printing to boost their production lines.
While automotive, aerospace, and healthcare have been the main beneficiaries of 3D printing, we expect to start seeing more players getting into this game.
The versatility, speed, and design freedom of 3D printing are some of the key motivations that will attract other industries into additive manufacturing.
In a survey that was carried out by Jabil, it is proven beyond doubts that the number of companies that are using 3D printing has been on an upward trend by a big margin. The figures have been rising by double digits.
Companies use 3D printing for the manufacturing of the production parts, to bridge the production gap, and for the repair of the damaged parts. This basically means that any manufacturer of tangible goods is likely to join the bandwagon.
Bright future for the 3D printing materials
With proper investment in 3D printing, the future looks bright for the materials that can be subjected through the additive manufacturing process. We expect to see 3D printing crossing its barrier and start utilizing materials which are currently not used.
Currently, there is a wide range of 3D printing materials that are utilized for making different parts and products. They include steel, titanium, silver, polycarbonate, epoxy resins, ABS plastics, PLA, nylon, polycarbonate, photopolymers, wax among others.
Despite the versatility of the materials, others still pose a major challenge. This is usually the case for the industries that are heavily regulated. They are not utilized in 3D printing.
As the 3D printing technology advances, we won’t be surprised to see more materials being processed through 3D printing. Some 3D printers will be designed to meet the specific needs of particular materials.
Incorporating new materials into 3D printing will bring in more players into the 3D printing arena.
More flexibility and customization
Over the years, consumers have been more conscious of their needs. They are not just going for the general products that are in the market. Instead, they are choosing products that will meet their specific interests or needs.
This emerging trend has forced manufacturers to react to how they are producing their goods. The 3D printing business has also been affected directly by this and it is adjusting to it accordingly.
Instead of putting all the energy on mass production of similar goods, 3D printing can be tweaked for small scale production. This gives manufacturers room to respond to the specific designs and also customize their products according to the specific needs of their customers.
Production of smaller batches of goods also helps engineers to cut the cost of production while at the same time satisfy the customers. This production also provides an allowance for the customers to provide feedback as the printing is taking place concurrently.
Digitization of the supply chain
Additive manufacturing is heavily characterized by digital files. This process entails transforming digital files into physical products. This is in contrast to the typical supply chain which entails moving products from one stage of production to the next-a hectic and time-consuming process.
The evolving 3D printing is expected to cause a major disruption in the supply chain of the production process. Manufacturers will only need to have are the digital files for the parts and products to be manufactured. You will then forward the files to the 3D printer for them to be transformed into actual products.
How will this affect the supply chain? Well, instead of filling up the warehouse waiting for the customers, you will only need to sit back with your files and wait for the orders. You can then proceed with the product once you have received the orders.
Still, concerning the supply chain, 3D printing will be distributed manufacturing. This is where the companies will outsource the service to reliable 3D printing companies.
More accessible 3D printing services
Another improvement in 3D improvement is accessibility. According to many 3D printing industry statistics, additive manufacturing will be more accessible to users in the coming years.
The current bottlenecks are being phased out and more businesses are expected to incorporate it into their production lines. Wondering when will 3D printing be mainstream? Don’t worry as that time is coming.
One of the constraints that are being phased out is the cost of 3D printing. It is becoming cheaper to produce spare parts and goods using additive manufacturing methods. This will eventually have an impact on the cost of the products. The future of 3D modeling is bright!
According to our observation from other 3D printing experts, we expect the number of companies that use 3D printing to double or even triple within the next few years.
Companies and even small businesses have realized the immense benefits that come with additive manufacturing and so they will embrace it to the fullest.
Some companies will also opt to outsource the 3D printing services in China to keep up with the high demand of this manufacturing technology.
On the other hand, we at 3DLT are evolving to keep up with the future of 3D printing. We are always upgrading our equipment so that they can meet the new demand from the companies.
We have properly aligned ourselves in expectation for a brighter future of 3D printing.