Some,Materials,Printing,printi technology Some Materials In 3D Printing
Active shredder safety technology for the small office. Shreds 15sheets per pass into 5/32" x 1-1/2" cross-cut particles (Security Level3). Patented SafeSense® Technology stops shredding when hands touch thepaper opening. Designated shredde The electronic cigarette is not new. People who buy electronic cigarette knows that this product has been in the market for years now. Despite some sectors apparently trying to shoot the product down from the shelves, the popularity of elect
3D printing is a very interesting form of manufacturingtechnology that allows for the creation of almost anything. This technologyworks through a layer by layer process, in which layers of material are laiddown at a time to create a final product. Some of these layers can be as largeas .2-.3mm, while some layers are as small as .12 microns! Thats about afourth of the diameter of a human hair! Sometimes the resolution levels of 3Dprinting can simply blow others out of the water. The resolution all depends onquite a few factors, including the machine, the design, and the material. TodayI want to highlight some of the various details about materials within theworld of 3D printing. Before getting into the materials, I want to discuss theprocess that sits behind actually 3D printing products. Before a piece can bemanufactured, it must be designed by an artist, engineer, whatever youd liketo call it. Someone will sit behind a computer and manually (or through code)create these designs. These designs will be 3D printing friendly and will besent to the actual printers themselves. These printers use a CAM system, or acomputer aided manufacturing system. Due to the CAM system, the printer willtake the design, or blueprint into account and it will create it layer bylayer! There are so many materials to choose from when it comesdown to printing your design. There are certain qualities to choose from whenit comes down to actually manufacturing your piece. What does this product orfinal object need to exhibit? Does it need to be very hard? Does it need to beinexpensive? What kind of resolution or detail does it need? Should it have ashiny finish? Should it be translucent? What about temperature tolerance?Chemical resistance? Does the product need to be rigid? What color does it needto be in? There are so many factors when it comes down to actually choosingyour material. When talking about actual materials, there is pretty much amaterial for everything. If a material exists in the regular manufacturingworld, it likely exists in 3D printing as well. Some materials are verymechanical or metal, including Inconel, stainless steel, bronze, cobalt chrome,nickel, and titanium. Other materials are very flexible, such as the objettango family. Quite a few materials offer strong heat resistance, such asPrimepart. The options to choose from are vast. Perhaps youre just trying tosave some money; what should you get on a budget? Perhaps you should look intoABS plastic materials, they are relatively inexpensive. So is alumide andverowhite. There are tons of options to choose from! Some places offer wellover 50 materials to choose from. Each project may be dependent on the material, so choosingthe right one is a big deal. If youve spent hours on end designing parts, youshould see the design through when it comes down to 3D printing it; make surethat your design gets shown the best material option!
Some,Materials,Printing,printi