Research on Precision Machining Technology of Titanium Alloy

Titanium-containing gold precision processing technology Compared with traditional metal materials, titanium alloy materials have the characteristics of small thermal conductivity, low side properties, and high chemical activity. 9 The machining of titanium alloys includes tapping, turning, milling, drilling, and grinding. Cutting, etc., non-mechanical processing includes electrical processing technology, electrolytic processing technology, and corrosion processing technology.

Titanium alloy precision corrosion processing characteristics and experimental methods The advantages of corrosion processing are that mechanical methods can be used to achieve the high hardness and high metal strength, the Dongguan ICT test fixture has complex shapes and thin-walled workpieces, no rigidity requirements for workpieces, and simple equipment, low cost, continuous and uninterrupted processing, and fast speed. The accuracy of corrosion processing is affected by both the deviation of the machining process and the gross deviation of the workpiece itself.

Numerical simulation of precision machining of titanium and gold. The simulation of precision machining is usually studied from two aspects: two-dimensional simulation and three-dimensional simulation. The two-dimensional simulation improves and analyzes Jinli's processing and forming and processing tool parameters. The three-dimensional simulation of the vibration test fixture based on the two-dimensional simulation has higher requirements on the calculation ability of the software, and the time to achieve the result is longer and closer to the actual effect. The finite element method combines traditional processing methods and simulated processing methods, which is of great significance for improving production efficiency.