After the 1983 Invention Or 3D Printing, the Entire World Thought Traditional Manufacturing May Get Wiped Out. 3D Printing Technology was then quickly Refined within the Next 10-15 Years. This Facilitated Printing with all Types of Plastics, Polymers, Rubbers and Metals Etc. Grew In Perfection. Now O.3 Mm Layer Thicknesses is Possible When Printing with Powdered Metals. Prototype Design Teams Found They Could Save Big With 3D Printing. Industrial Giant GE Prints High Precision Jet Engine Parts with Titanium at a Fraction of Their Usual Cost. Most Major Industrial Giants Like Ford, Rolls-Royce, Boeing and Many Others Use Additive Manufacturing (3DP) Successfully.
Boon for Smaller Fabricators
3D Printing and Additive Manufacturing has still not made traditional manufacturing obsolete. But now it is possible make small quantities of very expensive and precise products at a fraction of the traditional cost. The drive to find the RepRap printer was Another innovation in the creation of real life or 3D things. Rep-Rap 3D Printers are considered the 1st real-life self-replicating machines. This brought 3D Printing and the Technology to all who were fascinated by this amazing process, but were distanced by the cost.
Additive Manufacturing Captured the World
With the advent of Additive Manufacturing and 3D Modeling small product makers like Jewelers, Machine Part makers and Small Goods Manufactures had a feast because they could manufacture small quantities for cheaper or almost the same price as mass producing, giving a heavy Marketing and Sales advantage. Resin casting a design of an intricate Gold or Platinum ring offered the Jeweler a huge advantage because he could cast on-demand and did not have to make thousands of rings to make things profitable.
How Mass Producers Benefited
many Consumer and Mass-Producing Companies in their Prototyping use AM with great success and savings. The process of launching a new product takes less time, money, and waste now. 3D Printing is creating high value for Larger Scale Manufacturers who make millions of copies of anything for global distribution. Other producers of Large machinery of several parts can play with a model to adjust in the computer and print a life size product without wasting thousands of Dollars for wasted designs. A perfect model is then printed with a lightweight, material using a Rep-Rap machine. This model then is used to make a mold to produce the real thing in a large casting factory.
Mass Producers too Save With 3D Printing
Producing million units of one item is not child’s play. It is possible to control the quality of mass-produced goods to suit different markets, both in terms of price and quality control. A design process requires complicated and expensive maneuvers, usually performed by large design teams. Traditionally, lots of time was spent to fine tune a design using a lot of human and other resources. This can be very costly. The producing company can lose the market if fetal errors are not corrected quickly. If a lot of time is taken, then competitors too can sweep the market with similar designs, wasting all recourses and funds invested. Taking a lot of time can also offer a security threat in a highly dynamic market. As 3D Printing Develops further, Designers can Save time and money with a 3D Printer in their asset portfolio.
Soon Everyone Will Save With 3D Printing
New 3D Printing and additive manufacturing techniques have served Jewelers for some time now to mass produce very expensive, limited editions at much lower cost. What is more interesting is the advent of lager Print area Printers of various Plastics material. Print areas of 1 cubic meters or more can help designers of larger industrial and consumer goods such as large Machines and Parts, Vehicle Parts and even Consumer Goods such as Furniture and Chairs can cut their design expense and time by over 60%.
Larger the Print area and more precise the print became, more and more industries could adopt AM for Prototyping mass goods with heavy savings of money time and other resources. Ford Motors, one of the early adopters of AM/3D Printing, has once claimed that they saved Prototype lead times for Manufacturing tooling by 94%. Some Plastic Char and Table manufacturers in Europe take great advantage by increasing their diversity of range with the savings in time and money. Any Manufacturer can Save With in their Production.