The valve industry has completely transformed since the invention of 3D printing technology on the last decade. This technology has changed the traditional manufacturing industry of valves into the modern one. The changing makes it possible for the factory to manufacture goods at site when it is needed by using the 3D printing technology. Many believe that the existence of the 3D printing technology influences the changing of valve industry concept that formerly emphasizes on the “just-in-time delivery” into the “just-in-time manufacturer at the site where it is needed”. But, is the valve industry embracing 3D printing significantly? Read more to find the facts.


The History of 3D Printing Technology

3D printing or sometimes is called as Additive Manufacturing (AM) technology has been introduced to the public for the first time since the early of 1980s. Charles Hull was the first person to patent the technology in 1986. The 3D printing technology was firstly applied to commercial system by Hull in 1987. Basically, this 3D printing technology involves the joining materials process in order to create objects by using a 3 dimensional model. The process sometimes requires the adding of layer upon layer to make product. This 3D printing industry is much more modern and just the opposite of the traditional subtractive manufacturing model. The AM requires lower cost if compared to the valves. Unlike the valve industry, the 3D printing process makes it possible for the producers to create a finished product so it can look like as a direct production. Moreover, the technology can also result in indirect products such as the ones that need heat, assembly, or finishing. This makes the AM as one of new idols in manufacturing industry. There are several technologies used in 3D printing include powder bed fusion, commercial numerical code (CNC), cast urethane, binder jetting, sheet lamination, vat photopolymerization, and directed energy deposition.


Valve Industry Embraces 3D Printing Technology

To answer the question whether the valve industry embraces 3D printing or not, we can take a look at the benefits of the printing technology in the valves industry. How this 3D printing technology is being utilized by the industry of valve can be seen in the following example. KSD as one of the biggest engineering companies in Germany uses laser cladding to create the factory components productions. They use the laser as an additive manufacturing method to produce not only plastic models but also some metal components. The models produced are light in weight so they are easy to carry. Moreover, the using of 3D printing technology is much cheaper if compared to the traditional one. The KSD company is also widely known to own Rapid Laser Materials Manufacturing or often called as R:LM2 for short to produce their factory products. The R:LM2 is an integrated system that enables the additive manufacturing technique used runs smoothly. The integrated system used is also exceptionally flexible. It means that you can use it as a 3D printer. One thing that makes the R:LM2 is very beneficial is that it can be used to create complicated components. You can visit for more info.