Product development services firm in Denver 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.
3D printing technologies that are used at construction scale include extrusion (concrete/cement, wax, foam, and polymers), powder bonding (polymer bond, reactive bond, sintering) and additive welding. 3D printing in construction has a wide array of applications in the private, commercial, industrial and public sectors. Advantages of these technologies include allowing more complexity and accuracy, faster construction, lower labor costs, greater functional integration, and less waste.
Besides that precise and intricate look that no ceramic maker would be able to produce by hand, this also was made by a 3D printer specifically designed to produce safe-to-use ceramics. Just a few years ago that was only possible with an industrial-size printer, but the artist who created these ceramic pieces spent 2 years designing a smaller, capable printer.
Searching for 3D printing services in Denver? Regardless of whether you are several years into the development process of your kevlar product , or just have a rough concept of how your kevlar part or product needs to work, we can help you navigate the divide between simple sketches and fully-fledged production parts. We can make sure that your part or product is cohesive from an aesthetic perspective, as well as flawlessly functional in terms of mechanics and user interface. Read extra info at Kevlar 3D printing.
There are a variety of other filament types available for fused filament fabrication printing. Each manufacturer can have a different formulation and use different materials. Materials that can be added, like metals, wood, brick and more, change the makeup of the filament. To find out about the safety of these materials, look for the material safety data sheet from the manufacturer.
Geoff is an industrial designer with ten years of product development service and mechanical design experience. He received his bachelors degree in Industrial Design from Philadelphia University, and has Solidworks and additive manufacturing certifications.