This document introduces the four key factors to ensure the success of titanium alloy machining, including cooling liquid pressure and flow, programming skills, machine tool requirements, tools and clamping. It also elaborates on the key points to note in each aspect.
The guide offers practical advice for successful titanium alloy machining, focusing on four key factors: coolant pressure and flow, programming techniques, machine capabilities, and appropriate tool and holder selection. It is intended for users who need to optimize long‑term production of titanium components.
Key sections include recommended high‑pressure coolant settings, optimized CAM programming strategies, required machine power and spindle speed, and detailed information on CoroMill 300, 690, 215, 316 and Plura tools along with their holding systems. This manual is written in Chinese.
| Recommended coolant pressure | ≥70 bar (1000 psi) |
|---|---|
| Recommended coolant flow | ≥50 L/min (13 GPM) |
| Machine power | 30 kW |
| Machine torque at 350 r/min | 1000 Nm |
| Spindle speed for fine machining | 6000 r/min |
| Maximum cutting depth for CoroMill 215 | 22 mm (0.85 in) |
| CoroMill 300 blade diameter | 20 mm (1.0 in) |
Use high‑pressure coolant of at least 70 bar (1000 psi).
A spindle speed of 6000 r/min is recommended for fine machining.
The CoroMill 215 can cut up to 22 mm (0.85 in) deep.