Vacuum casting is an ideal solution for creating production-grade parts without the lead time and cost of production tooling. With this method, you can make parts of any size, from small headphones to long car bumpers. Working with a reputable service provider gives you access to a wide range of materials to suit your project’s unique requirements.

Nowadays, a four-axis rotary table is a common piece of equipment in the machine shop. In order to complete the machining of multiple faces in one coordinate, the programming coordinates must be synchronized with the coordinates of the rotary table. In this article, we will share a method to determine the rotation center of a 4-axis rotary table.

At the core of this guitar is a meticulous fusion of contemporary and classical elements, resulting in showcases a sleek and modern aesthetic. It also needs to preserve the iconic features and tonal qualities of common guitars. WayKen reputation for precision and expertise in machining made us the perfect partner to help Raymond achieve this project.

Large, thin-walled shell parts are easy to warp and deform during machining. In this article, we will introduce a heat sink case of large and thin-walled parts to discuss the problems in the regular machining process. In addition, we also provide an optimized process and fixture solution. Let’s get to it!

China has become a global leader in manufacturing and technology innovation, and its rapid prototyping industry is no exception. With a massive network of suppliers, manufacturers, and skilled workers, China's prototyping industry has grown exponentially in recent years, providing businesses with a faster, more affordable way to bring new products to market. You may be looking for some top rapid prototyping services manufacturers for professional rapid prototyping services. Here today, we will share top 10 China rapid prototyping manufacturers with you, I hope this information will be helpful to you!

As we all know, China is a manufacturing powerhouse handling almost a quarter of the world’s manufacturing. In the last three decades, China’s dominance has influenced not just the labor-intensive sectors such as textile, leather, and leather goods and semi-intensive sectors such as electronics but also the high-tech manufacturing sector involving high-end machinery, drones, solar panels, and medical devices.

Ika is a Canadian company that designs, manufactures, and distributes 100% natural deodorants in refillable and shiny aluminum containers. Ika approached WayKen, hoping to find a stable and reliable supplier to manufacture the deodorant housing. They would like to start from a prototype sample first and then proceed to low-volume production of 1000 units if the quality is to their liking.

Are you looking for a fast and accurate solution to producing parts and prototypes? Consider low-volume injection molding as one of your options. This rapid prototyping technique is incredibly reliable and offers high precision, giving it an edge over other alternatives. But like any other technology, rapid injection molding has its disadvantages.

China is a known manufacturing powerhouse in the world, but this doesn’t make it easier to find the ideal machining specialist for your project. There are many options available, and while they serve international and local clients, only a handful are proven reliable and cost-effective, making them highly preferred by discerning product designers, engineers, and manufacturing companies. Here are tips to help you pick the right CNC machining services in China.

Discerning product engineers, designers, and manufacturers rely on 3D printing services in China to create functional and aesthetic models, low-volume production parts, master patterns or models, and quick fit, form, and function prototypes. Reputable and established service providers are versatile in their offerings by investing in the latest technologies in additive manufacturing. Apart from Selective Laser Sintering (SLS), Fused Deposition Modeling (FDM), and stereolithography (SLA), they offer solutions like Direct Metal Laser Sintering (DMLS) and ProJet MJP.

DMLS, or direct metal laser sintering, applies a high-wattage and precise laser to fuse powdered metals and alloys, creating fully functional metal components based on your CAD data. DMLS prototyping allows you to remove time-consuming aspects in product development, such as tooling. Moreover, it allows you to build objects with complex geometries cost-effectively and quickly from a range of materials, such as aluminum, titanium, copper, stainless steel, and tool steel.

Additive manufacturing or 3D printing continues to influence the future of manufacturing as it opens more prototyping and low-volume end-use possibilities. Today, you can access many 3D printing technologies, with SLA and SLS among the widely used ones. Both are known to provide high-quality precision prototypes and parts, but some projects may require an SLS prototype over another made through SLA. Knowing the differences between these two methods can help you make an informed choice for your project.