Company Advantages
1. Xavier custom cnc milling has been inclusively tested by third-party testing organizations. It has been tested in terms of edge lamination, polish, flatness, hardness, and straightness. It has a wear-resistance performance and can maintain its brand new surface for a long time
2. With its attractive features to buyers, this product is sure to find a wider range of applications in the market. It produces little noise during the operation
3. It is sufficiently fire resistant when it is intended for use in the home or non-domestic environments such as hotels. With flexible processing, its surface is smooth and beautiful
4. This product has marketing capabilities. It allows delivering information about the packaged items. The information can be instructions, functions, etc. Its tensile strength makes it stand out among other competitors in the market
5. There are no impurities or natural wax on the product. The scouring process used in the production process helps to eliminate wax and non-fibrous impurities, such as residue from seed fragments. It features low frictional loss and can contribute to high transmission efficiency

Aluminum end cap cnc machined plate parts

This aluminum plate is the end cap of CCD camera used on defense vehicle. Material: Aluminum

Surface treatment: sand blast

CNC machining combines the speed of additive manufacturing processes with parts that are milled from real engineering-grade plastic and metal. 

This allows for improved material selection, part functionality and cosmetic appearance.

 Final parts are nearly indistinguishable from molded parts, making for high-quality prototype and production parts.

Company Features
1. Shenzhen Xavier Precision Components Co., Ltd. is equipped with strong research strength, having an R&D team dedicated to developing all types of new custom cnc milling .
2. Sustainability is one of our company's strategic business objectives. We have paid close attention to our energy consumption and have worked on the following specific projects: replacing lighting, identifying very large power consumers in our processes, etc.