3D printing is a process of making a physical object from a three-dimensional digital model. Typically by laying down hundreds of successive layers of material. It brings a digital object into its physical form.
It has brought an era of new opportunities in the manufacturing industry. Making more personalized products can involve lesser time and cost. It covers many processes and technologies. That offer a full range of capabilities for the production of parts and products with different materials.
For many applications, traditional design and production processes impose several constraints. Including the expensive tooling, fixtures, and the need for assembly for complex parts. 3D printing enables you to produce complex shapes using less material than traditional manufacturing methods.
Subtractive manufacturing processes, such as machining, can waste up to 90% of the original block of material. In contrast, 3D printing service is a process for creating objects directly, by adding materials layer by layer in a variety of ways depending on the technology used to avoid wastage. 3D printing is like the process of building something with Lego blocks.
3D printing is already affecting the way products are manufactured – the unique nature of the technology permits new ways of thinking in terms of the social, economic, environmental, and security implications of the manufacturing process with universally favorable results. One of the key factors behind this statement is that the 3D printing service has the potential to bring production closer to the end-user and/or the consumer, thereby reducing the current supply chain restrictions. The customization value of 3D printing and the ability to produce small production batches on demand surely engages consumers and reduce inventories and stockpiling — something similar to how Amazon operates its business.
My Design Minds comprises a team of highly trained and experienced engineers. Our team trains extensively to work with the latest technologies and offers you Services for 3D Printing in various technologies like FDM, SLA, SLS, and DMLS.
3D Printing Benefits & Value 3D printing service, whether at an industrial, local, or personal level, brings a host of benefits that traditional methods of manufacture (or prototyping) simply cannot.
Customization
3D printing processes allow customization. People can easily personalize products according to their needs and requirements. 3d printing’s nature allows manufacturers to produce numerous products simultaneously within the same build chamber according to the end-user’s requirements at no additional process cost.
Complexity
3d printing has brought an addition of new products (designed in digital environments) that involve levels of complexity that simply could not produce physically in any other way. While this advantage has been taken up by designers and artists to showcase impressive visual effects.It has also significantly impacted industrial applications, which are developing to materialize complex components that prove to be both lighter and stronger than the former material used. Many aerospace companies are adopting Digital printing in metal for end-use parts so that they can get the weight down while maintaining strength. Although it can be in some way a part of Graphic designing
Tool-less
For industrial manufacturing, one of the most cost, time, and labor-consuming stages of the product development process. Product development process is the production of the tools. Industrial 3D visualization eliminates the need for tool production as well as the costs, lead time, and labor associated with low to medium-volume applications. An increasing number of manufacturers are taking advantage of this extremely attractive proposition. Furthermore, because of the complexity, designers can specifically design products and components to avoid assembly requirements with intricate geometry and complex features. This further eliminates the labor and costs associated with assembly processes.
Sustainable / Environmentally Friendly
3D printing is also emerging as an energy-efficient technology. It can provide environmental efficiencies in the manufacturing process. It utilizes up to 90% of standard materials, therefore, creating less waste. It also helps in reducing the carbon footprint. Throughout an additively manufactured product’s operating life by using lighter and stronger designs. 3D bioprinting is very promising in terms of fulfilling a local manufacturing model, whereby products are produced on-demand in the place where they are needed — eliminating huge inventories and unsustainable logistics for shipping high volumes of products around the world. To know more do follow us on https://www.facebook.com/mydesignminds
