It is late Friday night and you happen to see a note in your blackberry from the CEO of a Fortune 500 organization (with whom you are negotiating a large deal) asking you to join him for a round of Golf on Saturday Morning at 8 AM. You sadly realize that your golf kit is not in shape and there is no one around who can lend you a golf club. So what would you do? You will simply “print” yourself a flashing new Golf Club of a reputed brand with your ‘personal 3D home printer’.
Welcome to the world of 3 D printing! 3 D printing enables you to download CAD designs from the standard CAD/CAM software packages and build products using additive manufacturing technology.
Let’s take a step backward to the beginning of 2D printing when John Gutenberg invented the printing press in 1400s. The invention of the printing press created a huge increase in the knowledge levels of people around the globe due to wide dissemination of knowledge made possible by mass production of books and newspapers. However this method of printing had its own disadvantages. It was a very complex process to typeset and set up the printing press to print a book and it was unviable to print books and newspapers unless there was scale. Printing only a single copy of a book was simply unthinkable. With the outset of DTP and PC based Home Printers in late 20’th century, this once un-surmountable barrier was overcome and it was possible to customize the printing process and the element of the ‘scale’ became no longer relevant.
Same is the case with manufacturing industry. So far most of the manufacturing is assembly line based and the machinery has to be set up/configured for the manufacture of a specific product or a specific model. It is a time consuming process to set up the assembly line and not easy to change the set up for making changes to the product design or features. Once again the ‘scale’ factor comes into picture here and unless there is a minimum scale the set up process is too expensive making the process of building POCs and prototypes needed for certain complex products very cumbersome.
What the DTP and PC based Home Printer did for 2 D printing the 3 D printer will do the same for manufacturing. It is no understatement to say that 3 D printing technology will unleash the new wave in the manufacturing industry and will radically change the way we look at manufacturing. ‘The Economist’ in its Feb 2011 edition calls the ‘3 D Printing’ a new industrial revolution which does exactly the opposite of what the 18’th century industrial revolution did. The game will now change from mass production which was heralded by the earlier industrial revolution to customized production which the current revolution will herald.
I will now briefly touch upon some of the ways in which the 3D Printing will change the face of manufacturing and how the IT industry can take advantage of this next inflection point. This certainly will create disruptions in the way we think and work currently
1. There was an article in ‘Scientific American’ last year which talks about formulating a customized medicine for each person and for a disease based on the DNA sequencing and the genetic conditions. This will be the most effective cure for a person based on his genetic profile unlike the ‘one medicine cures all’ format of today. Similarly using 3 D printing each person can create his or her own customized version of the products on the web and can either have them manufactured by the company or get the manufacturing done at using the home printer by simply downloading the CAD model of the custom product to his or her PC and paying the firm online for the ‘design’. This creates a world where one would have every product delivered in digital format like we do today with music and books.
2. Individual users can actually participate in the product development online either individually or in teams. There will be actual co-creation right from the product conception to the product manufacturing stage. The firms have a role to play in terms of making it easier for the users to enter the product specifications and features and convert them to actual design or CAD models in the backend. This is important as the end users will not be able to deal with the intricacies of the complex CAD/CAM modeling software which is the realm of mechanical engineers. The software needed for visualizing the end products from an end user perspective needs to be built as the wire frame models used in today’s CAD packages will not be understood by the end users
3. Firms will own the IP for the products as well as the brands and will only give the right to the end user to download and print X copies of the product only. This will be very much like the licensing models in use for software products today. There is also a possibility of a number of commodity products being available on the Internet in the ‘Open Source’ mode and open to improvisation and further development by the community very much like the current ‘Open Source’ models in vogue today
4. Prototypes of products that are in R&D phase can be manufactured multiple times and quickly with this technology thus enabling the design team to quickly see the design come alive and fix defects early on in the game
In summary, 3 D printing will herald a new revolution in the way we look at manufacturing and will create disruptions in the manufacturing ecosystem (such as the manufacturing plant, supply chain, suppliers, ancillaries, partners, retail outlets and the like)
For more information on how this technology works please see the Wikipedia link below: