Process Engineer, Teledyne Allvac, Monroe, NC
Forbes Jones, RM
Long Range Process & Product Development Manager, Research and Development, Teledyne Allvac, Monroe, NC
Pages: 13 Published: Jan 1996
Both established and recently developed titanium biomedical alloys require state-of-the-art melting and working practices to manufacture machining and forging stock for. subsequent fabrication into medical devices. A brief description of the key processes is followed by a review of their capabilities, limitations and potential. The key processes include vacuum arc and cold hearth melting, rotary forging, continuous rolling and various finishing operations. The equipment includes instrumentation to control the major variables and monitor the progress of processing operations. Data is presented to demonstrate process capability and consistency.
Titanium Alloys, Vacuum Arc Melting, Plasma Arc Melting, Forging, Hot Rolling, Cold Forming, Ultrasonic Inspection, Thermomechanical Processing, Mechanical Properties, Microstructure
Paper ID: STP16067S