Top Benefits of 3D Printing Prototypes Process
There are a variety of processes to choose from when it comes to developing a product prototype. We at Creatingway normally offer advice to our clients on the best tools and processes for the job. Essentially, there are 3 major ways of making prototypes. These include subtractive manufacturing, injection molding, and additive manufacturing. Examples of specific processes in each are CNC machining, injection molding, and 3D printing. In the following article, we will primarily focus on the advantages 3D printing has to offer.
The evolving manufacturing industry is increasingly embracing 3D printing. More and more companies are planning on introducing technology in place of traditional subtractive manufacturing. A recent study shows that about 70% of manufacturers are taking up 3D printing. Furthermore, about 50% of those using 3D printing are considering utilizing it in high volume product manufacturing. Additional findings estimate that around 22% think that it will be more disruptive on the supply chain. 3D printing technology confers a multitude of advantages to both individuals and businesses.
Here Is a Few Of Key Advantages For 3D Printing Prototypes
3D printing is faster than the traditional forms of manufacturing like subtractive production and injection molding. We can compare the speed of the process to that between a sports car and a horse cart. Despite both eventually arriving at the destination, there is a significant time difference. From the initial prototype to the final product, 3D printing allows us to quickly test ideas and designs.
3D printing normally takes hours. The faster the design and manufacture of a prototype, the more time we have to iterate the prototype and search for its market. Conversely, conventional manufacturing takes days to complete. This reduces the duration we have to carry out the testing of the prototype and finding a suitable market for it.
It Is Easily Accessible
Though 3D printing has been around for a few decades, it has only recently become popular. With the advent of this popularity, the software and hardware for 3D printing have increasingly become more available. This is making it easier for us at Creatingway to source for materials that are key to the completion of our client’s orders. Any upcoming technology is also easy to learn. We can thus readily incorporate these advancements into our production cycle.
Conventional manufacturing practices are prone to poor designs which gives rise to sub-standard prototypes. Picture a scenario where an individual would like to bake a cake through a combination of a variety of ingredients. If you fail to properly mix the components, then some defects may arise. This is how errors occur in injection molding and subtractive manufacturing. 3D printing permits for the step by step assembly of the prototype. This guarantees enhanced designs and ultimately top-notch objects.
In determining the amount of money, it takes to develop a prototype, then labor costs play a significant role. Conventional prototyping practices involving injection mold and production runs cost a lot when you include the cost of labor. The charges are even higher when carrying out conventional subtractive manufacturing. When it comes to 3D printing, we only need experienced machine operators or technicians for us to complete the task. It may just involve one person whose duty is to issue out a print command.
Freedom of Creative Designs and Customization.
Conventional manufacturing practices allow for the production of a lot of copies of the same thing. It may sometimes result in dull and old-fashioned designs. This is due to its limited capacity to improve the designs. It is, therefore, extraordinarily difficult to achieve the uniqueness of design using these practices.
Conversely, 3D printing allows for unlimited personalization. It thus allows us to easily incorporate personal touches as our clients request for them. Your level of creativity is your only limitation. Additionally, it reduces the number of visits our clients have to make to ensure that we correctly make their customized products.
Unlimited Geometry and Shapes
Conventional manufacturing practices depend on cutting technologies and molds to generate desired shapes. It is considerably difficult to make complicated geometrical shapes using these techniques. On the other hand, 3D printing is equal to the challenge of producing prototypes that have complex geometrical shapes.
It Can Implement Assorted Raw Materials
When it comes to conventional manufacturing techniques, product designers have to be careful when calculating the use of raw materials. Mass production does not support the blending of materials as it can be very costly. Additionally, the combination of physical and chemical elements is a complex process. 3D printing can easily accommodate an extensive range of raw materials. It does not matter if its metal, glass, ceramics, silver, or biomaterial.
We welcome you to place your 3D printing orders with us at Creatingway. If you have any inquiries on the issue, simply contact us now.
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