3D printing is a revolutionary technology. This method directly uses the product’s three-dimensional computer data to achieve a prototype of the product based on the principle of layer-by-layer stacking of discrete layers. SLA and SLS are two mature laser China Rapid Prototyping technologies, and the material used in SLA is mainly photosensitive resin. At Vowin Rapid, we offer SLA and SLS prototype in a variety of plastic materials.

Depending on the process, tooling and material being used, low volume manufacturing can be raised up from 50 to 100,000 parts. It is a bridge to connect rapid prototype and full-scale production in millions quantity. We can test the product and market by low volume manufacturing method. It’s also a viable way to get your products launch the market quickly while letting you respond fast to design modifications and shorten manufacturing cycle time.

Plastic Rapid Injection Molding is popular not only in low volume manufacturing but also in large quantities molding, it is the most common way to manufacture plastic parts. Weld lines are the result of fundamental physical effects taking place inside of the mold tool cavity, they are common imperfection to be found in most plastic injected molded parts. How can we minimize them and reduce their cosmetic effects by careful product design and manufacturing process control? Let’s share our opinion and experience here:

The technology of rapid tooling is developing quickly in the industry. How to select the corrected steel and build the tool quickly are the critical topic nowadays. Al7075, P20, S136H, NAK80 steels are commonly used as steel metal in Rapid Tooling. Let's discuss the differences between each items and learn more about their properties here.

China has been predicted as the largest economy in the 21st century around the globe and will soon surpass the America. Despite the fact that the relative cost of manufacturing in China has risen in the past few years, it is still often the best location for American retailers and manufacturers to source goods or parts. In this article TEAM Rapid will broaden your thoughts on how to find the ideal Rapid Tooling manufacturers in China.

With the technology developing, Made in China is more and more easy nowadays. The quality is improving every year thanks to improved manufacturing process and quality standards. Especially for the rapid prototyping process, making your parts in China can benefit you quite a lot. In SLA process, we can benefits:

Quality and Cost are always the top 2 considerations for customers to purchase or select manufacturing service. We want something or some services in good quality, good price, fast delivery and excellent customer service. However, it is a big challenge to source someone who can meet all your requirements, good quality always means higher pricing, how to balance these 2 items when you have a tight budget?

If you are planning for manufacturing your custom designed product, chances are that you need to source and select reliable Injection Mold Maker China. We are going to share our opinions for assisting you to verify the mold manufacturer in China. Here is the checking list:

Are you sourcing a China manufacturing company for producing your plastic injection molding part? Vowin Rapid is a professional China Mold Maker, we offers high quality parts products to North America and Europe for years. No matter several hundred or 100,000 +, we can help you with!

China is well known as its manufacturing activity. The companies involved in plastic mold manufacturing are equipped with good facility and high advanced technology. The technology used in tool building and rapid injection molding is backed by teams of experienced engineers. The goods are manufactured fast and efficiently by contaminating these factors.

CNC prototyping is one of the methods by using computer numerical control machines to produce prototypes. Almost there is no human intervention in these machines that is why CNC prototyping is so fast and accurate. The design of your part is fed into the computer, through numerical control machines to cut the part as per your expected shape, size and geometry.

Molten metal (Al alloy like LM6 grade) is poured into the die, molten metal occupies the cavity space within. If the part has to be hollow – then a sand core is also required, it will placed in the die cavity. Sometimes, in order to ensure proper metal flow, the pouring set-up may be titled at an angle. This set-up is called ’tilt pour GDC’