Robotics and automation are two of the fastest growing industries globally and there are exciting developments and challenges to be faced every day. Vowin-PROTOTYPE work with some of the world’s leading names, companies like GE Healthcare, Philips,Panasonic,Siemens,OLYMPUS among others. In these industries precision is key and the ability to iterate and make fast changes makes all the difference. Our bespoke solutions enable you to focus on the project at hand while we deliver the parts you need to push boundaries of what is possible.

Industry Vowin -PROTOTYPE has the knowledge and capability to handle almost any quantity and complexity of precision machining. Precision Machining Capabilities From simple and low cost to what most would consider impossible to manufacture. We will d

Quality Inspection To ensure the accurate satisfaction of quality requirements,Vowin-PROTOTYPE invests heavily in its inspection department to introduce a series of advanced testing equipment, including Hexagon coordinate measuring machine, PolyMax G

If there is one manufacturing process that has withstood time, it is compression molding. This process was developed in the 1850s as the original method for molding rubber. Up until now, it is still the method being used to manufacture rubber products of low to medium quantities and to produce bulky parts.

Rapid tooling is an injecting mould tooling that enables an individual to get parts fast and cheap. It has been favoured by several names such as prototype tooling, soft tooling, etc. It is crucial to differentiate between its concept and realization because there are different ways to achieve similar results.

CNC machining has been growing in popularity in the manufacturing industry for several years. The shocking truth is that with this production technology, it has been easy to design and create several parts or products. Using the CNC machining process will help save producers a lot of time, energy, and money. For this reason, this article will be delving into something new today blind holes. Many people cannot still understand the mystery and details of a blind hole in machining.

3D printing and modeling have become a widely used procedure in a wide variety of industrial sectors. Learning the tricks and tricks of 3D modeling is, at times, tricky for most designers and engineers, especially if you don't have the expertise and the technical know-how.

One of the most used manufacturing techniques to make high-volume parts is plastic injection molding. It is a method that relies on using a heated barrel and a particular mold with a cavity in creating different plastic products. It has various applications in different industries, and this article will explore the merits of using plastic injection molding.

Small and large business enterprises need to take into consideration crucial factors before settling on this method of production. Low-volume manufacturing is an essential tooling manufacturing procedure that fabricates machine parts/products for sale utilizing low-volume tools such as Vacuum casting, 3D printing, and CNC machining.

In the recent past time, the use of CNC has increased a little bit more. The entire manufacturing industry looks very excited since the introduction of this vital study. Basically, CNC machines are very helpful in manufacturing because you can set standard programs in them. In the making of several products, CNC machining is required to control the tools. The role of these machines is very delicate and critical.

General speaking, rapid prototyping is used in verifying the function. Only after confirming that the product design is feasible through the verification of the prototype, the customer will want to enter mass production. If you want to make the prototype with good quality, short time, and economical cost. Then, pay attention to the following details when making the prototype:

Anodization is a common surface method for some metal prototypes. Anodization can promote the quality of surface, to make the appearance become more beauty. Then, which questions will be occurred during anodization?