Aerospace & Automotive High temperature Titanium Alloy Milling ♦ With ultrasonic machining technology, improve surface quality(surface roughness from 0.461um to 0.288um) Difficulties in Machining HIT Achievements Industry Application Back to list High temperature Titanium Alloy Milling - Difficulties in Machining High temperature Titanium Alloy Milling - HIT Achievements Engineer Table Surface Quality Comparison Compared to conventional CNC, the improper cutting force will leave deep traces on the product surface, which may require more fine finishing process after roughing. With ultrasonic high-frequency vibration reduce cutting resistance and slightly remove materials, surface quality could be enhanced. *The measurement is under the inspection of microscope 300X. Non-Ultrasonic Machined Surface HIT Ultrasonic Machined Surface Highlights of HIT Ultrasonic Module ： Greater Surface Quality, surface roughness(Ra) reduced from 0.461 μm to 0.288μm ( down to 33%) High temperature Titanium Alloy Milling - Industry Application 💡 Learn more about Titanium Alloy Machining cases Titanium Alloy Machining : Micro-Drilling Titanium Alloy Machining : Side Milling 💡 Introduction on Titanium Alloy Machining How to Drill Titanium : The Aerospace Fever in Titanium Drilling