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.

The manufacturing business is very competitive, and to succeed, you need to fulfill three things: price, quality, and effectiveness. To gain customers, you should sell products at an affordable price and top quality. The price should be fair to the point where you are offering a product that has a perfect balance between profitability and affordability.

Automation is a big part of many modern businesses. 3d printing does not have the luxury of being the exception. By implementing a system with 3D printing automation software, you will have a lead among most of the manufacturing industry players. We explain how automation can help you in these top five, so sit tight and read on!

3D printing or as it's popularly known additive manufacturing is one of the most effective and efficient techniques when it comes to the manufacture of consumer goods. 3D printing dates back to the 1980s when it was used to make prototypes.

We can offer fast turn-around, multi-axis, high-speed CNC machining solutions to fulfil most requirements for concept models, prototype parts and low-volume production components. We are able to machine directly from your 3D model and can supplyparts from one-off’s, up to low-volume production quantities in a wide variety of materials, including plastics and metal.

Vowin stands behind the quality of our injection molds. We back this up by guaranteeing that if a client wishes to produce additional parts in the future we will produce the parts on-demand as needed for up to two years for a nominal set-up fee and per part charge. In fact, as long as the customer continues to reorder from Xcentric molded parts from that mold at least once per year, we will store and maintain that mold indefinitely. Alternatively for a nominal annual storage fee we will keep the customer’s mold at the ready to assure we can react as quickly as possible to requests for additional components. Specific terms and conditions apply so please ask your salesperson for details.

Vowin has developed an injection molding expert system that supports our technicians in making the best possible process parameter decisions. Utilizing data from thousands of projects and a database of materials and molding presses, the Xcentric Process Engine helps efficiently select the proper combination of process parameters for each project. Due to this we are able to get new molds through tryouts and into production in a matter of hours after they are produced.

Vowin Mold and Engineering has earned a reputation as a trusted supplier for time-critical injection molding services across industries including automotive, aerospace, consumer goods, defense, industrial, and medical.

Choosing an injection molding partner with an inventory of stock plastic material can help to bring products to market faster and cheaper. Material selection is critical when designing for injection molding. This is because it can impact the quality, performance, and overall integrity of your finished part.

Design for Manufacturability (DFM), or more specifically analysis of a part design for its suitability to being injection molded, is performed to achieve the following: