Product development services company latest news. 3D printing is a relatively new technique in the manufacturing world. Let’s start with some examples, focusing on 3D printing applications in the modern world.
Every day, more schools are incorporating 3D printing methods into their curriculums. The benefits of 3D printing for education helps better prepare students for their future by allowing students to create prototypes without the need for expensive tooling. Students design and produce models they can actually hold. 3D printing bridges the gap from ideas and images on a page or screen, allowing for the creation of those ideas/images in the physical, 3-dimensional world.
If you’re a die-hard fan of the craft, or you’re a purist that doesn’t think technology could produce the same type of instrument that a human could, you may not think this one is cool. But in addition to creating replacement parts easier and cheaper than before, this could make musical instruments more accessible, customizable, and beautiful (in their own way).
Looking for 3D printing services in Denver? The process of 3D printing a fiberglass part or product to fruition isn’t linear. There are many things to consider along the way, and many paths can lead to a solution that works. We are here to make sure that you settle for only the best solution, and compromise as little of your original design intent as possible. With our experience, and the resources we have at our disposal, we can make sure that you are made aware of all the variables and considerations that go into making a 3D printed fiberglass product successful. See more info on 3D printing fiberglass.
Stereolithography is a term coined by Chuck Hull in 1986, after he patented it as a method of creating 3D objects using UV light and a liquid photopolymer. The initial design used an ultraviolet laser that focused the beam at the bottom of a vat of resin. The laser would harden the resin for that layer, and the model would be lifted, and another layer created beneath the previous. This built a 3D object by adding successive layers. This technology was taken to market by 3D systems, who developed a range of SLA 3D printers that are still in use today. One of the major advantages of Stereolithography is the ability to create very high quality parts with minute surface detail. By using a laser or DLP projector, today’s printers can resolve details as small as just a few microns across. This makes Stereolithography ideal for creating jewelry and other finely detailed objects. And like FDM, the patent for this technology has also expired, allowing for a large number of printers to be available on the market.
Derek has a lifetime of experience in manufacturing and business development. An active CEO and board member of many local businesses, Derek brings a wealth of knowledge to the table. His investment in Max Kohl Design + Product Services results in our ability to provide the highest quality service to our customers. Source: http://maxkohldesign.com/.