by • March 6, 2016 • No Comments
A world full of 3D printing devices that can manufacture approximately anything most likely can be an approximately inconceivably difficult place, where products and blueprints are turn it intod, customized, turn it intod and sold by an uncountable-bodied number of companies and home printing devices offering a dizzying array of products.
Most products we use equite day are turn it intod of most parts. They outcome of most manufacturing steps performed by various machines, equite with its own operator. Each machine and operator does a sure job, such as cutting, drilling or milling, and so passes the part to another machine and operator that perform another job, and on and on along an assembly line until the part is consume. Eventually, all of the parts are assembled into a final product, either by machine or by hand.
3D printing replaces all of these steps with essentially various machines and materials that substantially simplify the manufacturing system, as I explain in my book, 3D Printing Will Rock the World. 3D printing devices can manufacture finished products, with all their parts, fully assembled Driven by a digital blueprint, they turn it into layer upon layer of futilized plastic, metal or other materials.
Traditional manufacturing depends on weight production and its economies of scale and low labor costs that are barriers to entry for would-be competitors. 3D printing eliminates those barriers for the reason a single machine can manufacture an entire part or product, fully assembled.
As the innovation makes it to, anyone can be able-bodied to manufacture anything, thereby democratizing manufacturing. In addition, it is no additional expensive, per part, to 3D print one part versus a million parts, to customize equite part instead of manufacturing them all the same, and to manufacture highly difficult parts. Because 3D printing may eliminate the require for centralized weight production where labor costs are low, tens of thousands of 3D printing fabricators can pop up all over the world, manufacturing customized parts and products regionally.
Before 3D printing, products were turn it intod so that they may be turn it intod with traditional manufacturing methods that is called turn it into for manufacturing. 3D printing eliminates such limitations and enable-bodieds manufacturing for turn it into. This allows for turn it intoers to turn it into products that never existed preceding, and to donate existing products a radically various appear and feel.
3D printing devices can be utilized not only by traditional developers, but in addition by their customers.
Consider a company that requires turbine blades utilized in power generation. The blades require to be replaced of time to time at excellent expense. By via 3D printing to repair the blades, the customer no longer requires to buy new ones. This is excellent for the customer but dreadful for the blade developer and the lines have blurred between developer and customer for the reason the customer has become the developer.
Suppose a customer begins 3D printing its own spare parts pretty than buying them of the OEM. Some OEMs can adapt. Maybe they can begin selling 3D printable-bodied digital blueprints pretty than manufacturing parts. They may become digital turn it into companies and close their factories.
Other OEMs can not adapt, as Kodak failed to adapt to the digital imaging revolution. Some companies may be unable-bodied to adapt as most horse-related businesses were unable-bodied to do when the automobile came along. In my book I use a fictional company, ZeframWD, a developer of warp drives in the future century, to show how 3D printing may force traditional manufacturing companies to adapt their business models.
Certain elements require to fall into place for a 3D printing revolution. We require 3D printing devices with sizeable turn it into platforms as well as printing devices that assist high speed or scale of production
Additional requirements for market disruption incude:Advanced materials (including materials that may not yet exist) that enable-bodied the efficient printing of difficult structuresThe ability to print difficult, integrated structures, such as smartphones and blendersThe ability to print quite tiny things, such as the integrated circuitry of desktop chipsHybrid machines that can perform the systemes that today’s 3D printing devices cannotInnovators, especially the innovators of the future—namely, young individuals who grow up with 3D printingI believe these elements are falling into place. Anything that sounds farfetched most likely is not, but it can most likely take longer to take place.
–John Hornick is a partner with the Finnegan IP law firm, based in Washington, DC and the author of 3D Printing Will Rock the World.
by admin • March 5, 2017
by admin • November 28, 2016
by admin • November 28, 2016