With so many manufacturing workshops out there, it is hard to keep track of everything that is required to create a prototype. Sometimes it’s a lot more practical to stick to the basics where everything that is manufactured with plastics or metals demands tooling to get a mold and deliver a finished product created to precision. The reality is that 3D technology plays a significant role in making everything happen with a great deal of accuracy. The issue at the moment is the increasing number of prototyping options available to get the job done given the task we need to handle.

Many companies generate their prototypes and industrial parts through vacuum casting. It is a quick and effective method to make high-quality parts and design samples in small quantities. Using reusable silicone molds and melted casting resins, it can make a perfect copy from the master pattern.

Vacuum casting is a process that is applied to produce all forms of industrial prototypes and components. Casting is a reliable and flexible process that needs a premium-quality master model. The master model can either be an industrial part or one that can be produced using stereolithography. Either way, it is essential that the model is of the best quality. The dimension is accurate, and so is the appearance. Thus, the end product is error-free.

3D Printing has lots of technology types, such FDM, SLA, SLS…. FDM is currently the most widely used 3D printing technology in the world.

Any workshop worth their salt is always looking forward to learning about new manufacturing technology that can help them increase their productivity. New technology in the field frequently appears since this is probably one of the most competitive markets worldwide. The latest developments, however, can take a lot of time to master appropriately, and not every team has the patience for it. Many workshops stick to their known guns for a long time, and quite frankly, that could be a pretty terrible mistake on their end.

What is the easiest way to help people visualize the idea of your product? It is always a challenge for many designers. Instead of elaborating descriptions, it is far better to visualize it. Through rapid prototyping, you will be able to do this effectively and enjoy the advantages you can enjoy for your business.

This is where you need to introduce yourself to the concept of low-volume manufacturing. As a product developer, this could be the best time for you to shift away from the mass production as quickly as you can.

Rapid tooling is categorized into two – Indirect and Direct approaches. The indirect category involves the use of RP master patterns in creating a mold. The direct, on the other hand, use the RP machine in building the core and cavity mold inserts.

Rapid tooling is one of the most effective and efficient ways of creating prototypes, over the past twenty years we have witnessed a tremendous shift in the methodologies and techniques when it comes to the production of parts or prototypes.

Sheet Metal is widely used in electronic appliances, communications, automotive industry, medical equipment and other fields because of its light weight, high strength, electrical conductivity, low cost, and good mass production performance. With the increasing application of sheet metal, the selection of sheet metal materials has become more and more. Today, let us introduce what sheet metal materials are suitable for stamping processing?

Compression molding is one of the simplest and easiest fabrication techniques used in various manufacturing sectors. The entire process is quite simple and straightforward as it pertains to the insertion of the material onto the mold, closing, and finally, heat and pressure are applied. Afterward curing is done, the mold is opened removing the finished part or product. Quite simple right!

Developing parts and devices for the medical industry is not a walk in the park, the reason being the whole process is quite complicated as the speed required to reach the market and the accuracy of the devices is critical to the success or failure of a product.