1. Safe Operation
During titanium processing, pay attention to safe operation: wear personal protective equipment and control the generation of dust, debris and harmful gases. Note that fine titanium chips are flammable - keep chips cool and separate them from cutting fluids; use appropriate extraction where grinding or machining generates dust.
2. Tool Selection
Choose high-hardness tools suitable for titanium machining to avoid tool wear or damage that affects machining quality. Carbide tools with sharp edges and appropriate coatings are standard; maintain correct cutting speeds and feeds for titanium's low thermal conductivity.
3. Temperature Control
Titanium is susceptible to high temperatures, oxidation and deformation. During cutting and welding, control temperature to avoid overheating: use sufficient coolant, avoid dwell, and prevent localized heating that causes work-hardening or contamination.
4. Clean Environment
Maintain a clean working environment during titanium processing so dust, impurities and other factors do not affect processing quality - especially for medical and aerospace parts where surface cleanliness is critical.
5. Reasonable Process Design
Consider titanium's characteristics and processing difficulty in process design: plan operations (turning, milling, drilling, threading) to improve efficiency and reduce cost while preserving tolerances.
6. Timely Maintenance
Regularly maintain processing equipment and tools to keep them in good condition, extend service life and improve machining accuracy and efficiency.
7. Summary
The production of titanium machined parts is a complex process requiring strict operating standards and professional skills. Follow the basic steps - safety, temperature control, clean environment and process discipline - to ensure part quality and process efficiency.
