The origin of 3D printing begins in 1984 with Charles Hull’s stereo lithography. Potential for all types of new applications were obvious from the start. Construction was among the most promising industries for this technology to impact. Over the next several years, investors began to enter the industry. By the new millennia, it became clear that this was the future of the construction industry.
3D printing is not just some novelty. Products, like expansion anchors, that can be 3D printed have significant economic and practical advantages over conventional applications. Printing also enables project diversification and completion within a timely manner. These new alternatives enable the construction industry to rethink approaches to a project.
The Research and Development Tax Credit is a government incentive to stimulate the national infrastructure. Construction fasteners and expansion anchors are produced by forward-thinking companies like Baco Enterprises Inc. Both products are essential to projects and applicable to the credit. Infrastructure projects include highways, railways, and bridges. Baco’s website, http://www.bacoent.com, provides more details about how these projects (i.e. construction fasteners for bridges) can be completed through the consolidation of manufacturing, fabrication, and services. In this way, both private companies and the government can aid innovation within the construction industry.
3D Printing and the Information Age
The information age greatly influenced the development of many modern technologies. 3D construction printing has grown alongside computing innovations. This technology would not have advanced as quickly if it were not integrated with microchips, graphic cards, software development, and other essential hardware of the information age. Speed of innovation is only one aspect. 3D construction also has more potential for creativity than conventional projects because the technology coincided with advancements in graphic design tools.
Right now, printers can build projects as complex as a steel bridge. One company claims they will soon be capable of producing 3D projects that include plumbing and electrical systems inside a printed structure. Who knows what the future might hold in just ten, or even five, years from now.
Investors envision many applications for this technology. The space industryhas some of the most far-reaching projects. The most important areas focus upon space transportation. Reducing cargo weight has always been a primary concern of rocket development. Space colonization benefits from printing as well. For instance, astronauts would need not worry about their initial settlement. Their living quarters would await them. Another astronomical idea incorporates using living organisms as construction materials. This would facilitate the life cycle, whereby humans can sustain plant matter and conversely breathe oxygen.
The day is approaching when buildings, homes, and infrastructure will be entirely constructed by 3D printers. This will bring a lot of creativity to civilization. Environmental solutions for impoverished and underdeveloped areas become easier to complete. As the computer incomparably advanced global consciousness, so too is 3D construction printing preparing to reshape civilization.
I’m ANNA KENDRICK, a sports writer, who writes for children. I started writing when I was 15 years old. I was selling news magazines and I would read the adventure stories and I thought how wonderful it would be to write stories. Writing for children is really my niche and interest. I started writing on sports that made it possible for me to meet new people with certain stories.