The Evolution of 3D Printing in Manufacturing
In recent years the world has witnessed the birth of a revolutionary technology known as 3D printing. This technology has transformed the manufacturing industry by offering manufacturers a cost-effective method to produce high quality products. There are a number of benefits which can be derived through the use of this technology in manufacturing. Below we provide a brief overview of the major role that technology plays in manufacturing:
Material Quality – The main benefit of using 3D technology is that it offers materials that are more durable than traditional production methods. The materials are more resistant to damage, which can occur during the production process. For example, in plastic production molding and casting of large objects is often required before the product can be released into the market. Often traditional methods such as manual molding and casting can cause material damages, which can reduce the overall value of the product. Plastic products however can withstand damage caused by both manual and automated molding/casting.
Product Effectiveness – 3D technology allows for a greater level of consistency in the designs which are produced. The consistency in the design is most often attributable to the fact that the same exact products are produced. This reduces the amount of variability, which can occur in products. The results from the final products therefore tend to be more consistent.
Reduced Costs – The increased speed which can be achieved during production can reduce costs. The physical and mental resources which are dedicated to the tasks at hand can be saved through the innovative production techniques. The physical production is therefore less likely to slow down, allowing for production to continue. The pace of the production can therefore be accelerated through the use of the latest technology. In addition, the materials used can also be of a higher quality than materials which were previously used in the production process.
Material Selection – The latest generation of digital products have a larger color gamut. Furthermore, they can be printed in more intricate detail. These features make them more difficult to print with traditional technologies. In the past, a company could only choose between expensive and low quality plastic parts. With the introduction of new technology, this is no longer the case. Companies can now choose between various polymer materials which can then be printed on a wide range of surfaces.
Variety – The materials which can be used for digital products have been vastly expanded. The first products were limited to either plastic or glass. The introduction of metal parts has significantly changed the face of production. Today, metal parts can be added to plastic parts. This allows for the production of complex structures such as aircraft, ships and even bridges.
Evolution of 3D Printing in Manufacturing
The Evolution of 3D Printing in Manufacturing has opened up avenues for companies to produce cost effective, durable and accurate products. The process of creating these products has drastically changed due to the technology. While some processes still remain the same, others have been greatly improved. The result is that companies are able to produce digital products that are faster, stronger and more accurate than ever before. This has led to considerable growth in the industry, which has resulted in the innovation of new manufacturing processes, new equipment and new materials.
In summary, the evolution of digital products has created an entirely new level of consumer convenience. The creation of these products requires precise knowledge of engineering and structural details. The rapid pace of the industry has made it impossible for smaller companies to compete. However, the rapid advancement of the technology means that smaller and more affordable versions of these products are likely to become available in the future. This will enable even small firms to benefit from the technology.