Our company recently provided high-precision CNC machining services for a titanium alloy underwater testing device to a research institution in Xi'an. This device is used for deep-sea environment simulation experiments, with extremely high requirements for material corrosion resistance, strength, and processing accuracy. According to customer requirements, we have selected high-quality titanium alloy materials and adopted advanced CNC machining technology to ensure stable operation of the device in high-pressure and high salinity underwater environments.

During the processing, we strictly followed the design drawings and technical requirements provided by the customer to complete the precision machining of complex structural components, including shells, connectors, and sealing parts. By optimizing the processing technology and strict quality inspection process, we have achieved micrometer level accuracy, ensuring the overall performance and service life of the device. In addition, we also provide surface treatment services to further enhance the corrosion resistance of titanium alloys.

This cooperation has received high praise from the client, not only meeting the strict requirements of scientific research experiments, but also laying a solid foundation for future cooperation. Our company will continue to be committed to providing high-precision machining solutions for the scientific research field, and assisting in technological innovation and development.