Complete data from technical reports
Log in to your account or request access to consult the full technical reports reserved for our partners.
Further application details are available within the reserved area.
Additive-manufactured closed blisks in Inconel 738 present specific challenges in both roughing and finishing operations, especially in terms of process efficiency and tool durability.
A customer in the aerospace sector involved Silmax with a clear objective: reduce cycle time while improving tool life.
Silmax’s approach focused on a global optimization of tool, strategy and cutting parameters.
In particular, the roughing strategy was completely revised, shifting from a face-milling focus approach to a full-length cutting strategy with low radial engagement, aimed at improving cutting conditions and tool load distribution.
The outcome was clear:
A concrete example of how strategy selection and application engineering play a key role in machining additive-manufactured aerospace components, delivering measurable improvements in both productivity and tool life.
| Test data excerpt | Current | Test | |||
|---|---|---|---|---|---|
| Z | Number of flutes | 4 | 5 ↑ | ||
| D | Cutting diameter [mm] | 10 | 10 | ||
| F | Feed [mm/min] | 450 | 650 ↑ | ||
| S | Spindle speed [rpm] | 1400 | 1600 ↑ | ||
Log in to your account or request access to consult the full technical reports reserved for our partners.
Further application details are available within the reserved area.
If your application requires specific parameters or particular machining strategies, contact our technical department.
We can analyze your production needs to develop a dedicated solution and optimize your milling processes.
Follow our official page to receive a notification every time we upload a new case study.
It is the fastest way to stay informed about the latest milling solutions and technical strategies periodically added to our online database.