We all remember the time when we used to fight with our siblings to play the snake game on "cellphones" and Super Mario on play station 2. Today, we live in an ever-changing era of modern technological advancements, such as 3D printers. 3D printing has come a long way. It started with a cup that could be used for eye washing and has ended up being used to print houses and even planes. The possibilities of 3D printing are endless and can bring a multitude of benefits to your doorstep.
What Are the Modern 3D Printing Trends?
Diversity is growing in the 3D printing arena due to an immense increase in the number of companies and competitors joining the industry. Back in the day, companies used to wait for years to join a brand-new sector. Now, every company invests reasonable time and resources in emerging technologies, and 3D printing is one of those technologies. Here are the top most popular 3D printing trends expected to grow in the coming years.
Application-Specific Materials
One of the biggest problems faced by 3D designers and printing facilities was the lack of materials and high costs associated with printing a 3D model. While the cost may not significantly decrease in the ongoing year, the availability of material will see an immense boost because a lot of big brands have stepped foot into this arena. In the near future, we will observe an increase in industrial materials and application-specific materials in the market.
High-temperature 3D Printers
We saw a spike in the introduction of high-temperature 3D printers into the industry in the last year. The market for high-performance thermoplastics, such as a polymer, has largely powered this boom. These thermoplastics have other persuasive properties, such as heat and chemical tolerance, as well as high strength and longevity. It makes them widely sought-after in many industries. However, these same properties had previously made it challenging to use these materials for printing. Well, no more.
The 3D printing marketplace is currently undergoing an immense change, and one of those changes is the introduction of high-temperature 3D printers. Through equipping the modern 3D printers with a heated bed and a high-temperature nozzle, 3D printer manufacturers are on their way to resolving this issue.
A New Era of Composite 3D Printing
Aerospace and other industries constantly seek lightweight products for their services. However, these industries also need these products to be made out of durable and powerful materials. The combination of lightweight yet durable is the most sought-after in the modern era. This is where 3D composite printing steps in.
3D printing techniques will streamline and reduce composite development costs compared to conventional composite manufacturing processes commonly used in the industry. This is why professionals believe composite 3D printing is set to boom in the years ahead.
Easier Design Software
The growth of AM app development tools is a significant trend. The next step is for them to incorporate into common CAD (Computer-Aided Design) tech products. Design for 3D printing is a difficult task because engineers who are qualified to design for conventional production will find designs for a 3D printer and its additive manufacturing counter-intuitive. CAD software is another complicating feature, many of which have not been fully optimized for the demands of 3D printing design up until recently.
3D printing may do some amazing stuff with complicated geometries, but it would build a new bottleneck if this geometry was achieved using traditional tools and if it required a lot of human input.
Dentistry and 3D Applications
A large degree of reproducibility is part of the machine learning model, and the user can easily anticipate how output works. The ongoing research in the industry is to make 3D printing more effective and profitable. The emergence of intelligent, sensor-driven systems and deep learning are developments that have helped this.
In order to allow tracking during the printing process, 3D printing companies are starting to fit their machines with sensors. In order to detect different aspects in real-time, sensors and lenses in a 3D printer can be used to monitor the development environment to ensure that the needs are fulfilled.
Integrating machine learning models with such sensors will contribute to a far cleverer 3D printing process. Sensors will capture precious information and then feed it into a learning computer.
The machine analyzes the data and then provides suggestions on how to change the operation. It may be used to forecast the probability of faults or construction failures, allowing engineers to interfere and avoid errors at an early stage of the printing process.
What Do We Have to Say?
The above-mentioned developments represent a core idea: the sophistication of 3D printing. The development in hardware, engineering, materials and apps suggest that 3D printing will inevitably become yet another innovation of production.
Of course, the penetration rate for 3D printing will rise with time, with some sectors, such as dental printing, almost completely changing to 3D. This increase in popularity would be facilitated by an increased understanding of 3D printing and its benefits.