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Though 3D printing has existed since the 1980s, it has frequently been misrepresented - both negatively and positively. Regrettably, 3D printed parts are usually regarded as figurines, hobbyist components, and decorative prototypes. Yet thanks to innovations in materials and technology, there is so much more firms can reach using a 3D printer.

One of the vital factors of ensuring high quality and high-performing 3D printing prototype is to use the right materials. There are plenty of things to consider when you are looking for the right materials, such as flexibility, strength, as well as price.

Today’s consumer market is becoming increasingly competitive. In order to survive and develop, companies need to develop and introduce new products faster. Thus, rapid prototyping is becoming more and more popular.

In the new product development process, one of the prominent challenges for designers is that they cannot make customers, colleagues, stakeholders to realize how the final product will look, feel, and function actually. Of course, you can see the CAD files and then picture what the final product looks like in your mind. But there are lots of uncertainties. 

ABS prototype can be painted and silk-printed as it has good adhesive force. There are many methods to machine ABS prototypes so we need to choose the best way to make our prototypes.

3D printing is one of the most significant technologies that are changing the landscape of modern manufacturing. This technology was known and became popular for the general public around 2009, but it has a longer history than you have thought, dated back to the 1980s.

Obtaining from thought to action is the toughest step of the design thinking process. Core tenets of design thinking would be to fail quickly, learn fast, and iterate, iterate, iterate. The entire purpose is to learn from doing and to save time, effort, and energy from arriving at the optimal solution. The objective of getting prototyping services is to make an idea tangible and testable. Something you can touch is easier to understand because it moves thinking from abstract to concrete. 

In this increasingly competitive business world, there is a growing pressure on a company to come up with new product designs to compete better in the market. But having a new design is not the end. You should also figure out how to put the design to production and then launch the end product to the market faster.

When precision machined parts or mock-ups are needed, more and more industries are taking advantage of CNC machining service. Compared to other prototyping services, such as 3D prototyping and injection molding, this process ensures exceptionally tight tolerance and high precision while still offering competitive cost. And multi-axis CNC machines can create incredibly complex surfaces and intricate geometries.

CNC machining is the automated control of machining tools (drills, lathes, etc.) by means of a programmable computer. Today, CNC machining is widespread and almost dominates the manufacturing sector.

If your company develops a creative design, without any doubt, you would then put efforts into transforming the design into a realistic product, marketing it, and making considerate profits out of it. But what happens if your design is wrong or not attractive on the markets? A well-executed bad idea is a big waste of time, energy, as well as money. Therefore, with so much at stake, it is critical to verify your design. But how? Go to 3D prototyping factory and make some prototypes.

Selecting the right 3D printing technology to your prototyping project is essential. There are two most established and commonly used 3D printing services SLS printing service & SLA printing service. What are the differences between them? Which one is best suited to you? Here are some clues.

Rapid production of silicone mold prototype is one of the ways of prototype processing. There is more information about it in the following article.

Tuowei can custom high quality and short lead time with precise custom CNC Aluminum Machine Parts AL6061/6061-T6/7075 rapid prototype

3D printing, also called additive manufacturing, is a family of processes that produces objects by adding material in layers that correspond to successive cross-sections of a 3D model.

The full name of RTV is Room Temperature Vulcanization. This a core process of Rapid Prototyping. RTV is ideal for making (10 to 100) parts. Parts can be as small as an ear bud or as big as a car bumper.