3-D printing can eliminate the excess scrap materials by theoretically producing zero waste; this which, creates a healthier greener planet Earth. The first 3-D printed gun is already in existence. Machinery and replacement parts needed for the military are in great demand. It is only a matter of time that the military industry will be enhanced by 3-D printing weapons and
Another impact of utilizing 3D printing is designers will have to change the procedure in developing garment structures. "Computational design enables encoding design decisions using computer language and predefines the steps needed to achieve a result," according to Sun and Zhao. Therefore, designers will no longer solely rely on their intuition and tacit knowledge for problem solving. Designers using 3D printing technology will have to restructure their fashion
before they buy. Amputees can even use 3D printing to make customizable 3D printed prosthetic covers that once could only be done by a tattoo artist. Political The current administration appears to be supportive of 3D printing based on President Trump’s speech stating the need for 3D printing “We need to think smarter about areas where our technological superiority – and nobody comes close – gives us an edge. This includes 3D printing, artificial intelligence, and cyber-warfare” (Scott, 2016). One reason the government would get behind 3D printing is for the military for both strategic and tactical implications, and first responding services as it gives them the ability to quickly produce high-quality, realistic prototypes with moving parts.
Some speculate that prosumer printers will be insufficient in throughput on a production scale (mass-customisation or batch production) and others feel that there is opportunity for any hospital to own and utilize a 3D printer for models, guides or for surgical purposes. Behind these two scenarios are both insiders to the industry and prosumer advocates. The initial view being what this paper feels is the correct play. It is very speculative to conclude that prosumer printers ($3,000-$5,000 USD) will have any disruptive influence on the medical or dental industries over the next decade. It is unwise to think that these ranges of printers could extend the benefit of printing a part in a separate room in the doctor’s office while he conducts an examination or procedure or while the patient waits in the waiting room.
One of the limitations of 3D printing is that there is no single method that can be used for all materials and all technologies. For example some 3D printers process materials like nylon, plastic, ceramic and metals in the form of powder using a heat source, like a laser, to melt or fuse the powder particles together into the required shape and form. Other printers have technologies that process polymer resin materials and again utilize a laser to solidify the resin in ultra thin layers that form the required 3D object. 3.1.3 Extrusion/ Fused Deposition Modeling (FDM)/ Freeform Fabrication (FFF) Fused deposition modeling is the most widely used 3D printing process. It utilizes the extrusion of thermoplastic material.
In addition to the use of 3-D printing industry, they have now made affordable, allowing consumers to print right out of the comfort of their homes. One day, we will be able to wear our own one-of-a-kind, perfectly tailored
Digitally printed textile designs have changed the way fabrics can be perceived through texture and image alteration. Computer design programmes such as Photoshop and Illustrator have allowed for the creative possibilities to be endless. Before the invention of digital printing designers couldn’t translate their ideas into real life, whether they wanted to use paintings or photographs as a way of customising original designs. Their only option was screen-printing, which was a long and tedious process with limitations. Yes, the end results are rewarding and have originality, but there are creative limitations Digital print design has impacted the fashion industry in such a way that you can now combine your own photography with textile fabric designs.
With the coming of top of the line printing innovation, canvas printing is presently as straightforward as taking your photo in an advanced camera. Today the greater part of the general population search for a distinction in their photos - they wish for exquisite prints that can draw in spectators or magnum opuses to enhance their homes. Computerized printing is a genuine achievement in printing innovation and has made history in canvas prints and shading demonstrating. Canvas computerized printing requires innovativeness as it 's a dubious occupation, where you should be cognizant about the constraints of the innovation and the utilization of shading, print sizes and different variables. Canvas prints are very successful and imaginative instruments for publicizing a business and guaranteeing expanded deals.
Do you still remember the 3D Printer machine ? Back to the past, we do have printer machine but we only can print something and it will be lie out on a sheet of paper. In contrast to 3D printer machine, this machine can print anything , anywhere and anytime. This machine also can print a prototype of humans hands , legs and another body parts. This machine really helps the doctors and those who are incapable person out there.
Besides that, technology also affect on human’s creativity by making their life easier. Do you know how rare books were, in the days that they had to be hand-copied? Printing presses are technology too. Technology made it affordable for the average person to own a library. This can improve our knowledge by reading all those book because nowadays books are easily get compared to before.