Making a complicated product is simple; making a simple product is complicated!
We have all the design tools, now we need the good ideas – Aaldert Verplanke, Mechanical Design Engineer. aaldert@slingshot.co.nz Technology has evolved to the point where we have all the tools to take an idea for a product to the prototype stage in a very short time. This is thanks to 3D design and 3D printing methods. We can now make a prototype that closely resembles the final product in form and function. Depending on our budget, we can even make it in metal. The 3D design and 3D printing can make a component in one piece that is not possible by machining or casting. The sky is the limit in the complexity of what you can design with the 3D tools, but is this helping us now? Because we have all these tools and clever people who know how to operate them, the tool operator is often also given the task to come up with the design. A builder knows how to use a hammer, but not necessarily how to design a house, but if you work long enough building houses you get to know how to design a house that is easy to build. It is called experience in the real world. Operating a 3D CAD and 3D printing tool may not be very useful without such real world experience. The end result may look good, but is it practical, reliable, easy to use, and economical to make? A coloured 3D picture may look good, but will it work? Complexity of design often increases the production cost and reduces the reliability of the product. Thus we need to go back to the drawing board and make it simple or Ôthe best design possible’. My trade teacher had the mantra that “Making a complicated product is simple; making a […]
