September 9, 2016
When referring to medical industry machining, the term encompasses all machining related to surgical implants, orthopaedic devices and medical instruments. The expression also includes small-scale machining and micromachining, as today’s implanted devices often consist of or include minute components. Among other difficult to machine advanced materials, titanium is often used in medical devices, due to its non-reactivity characteristics associated with the human body. Small metalworking shops wishing to compete in the challenge of producing medical parts must develop a range of advanced capabilities to meet the specialised demands of the medical industry, especially when involved in small batches and prototype work. Mindful of the specific requirements of this challenging sector, the creative work and exhaustive field trials undertaken by Iscar’s advanced R&D department have resulted in the significant expansion of the company’s range of cutting tools associated with the medical industry. In addition to innovative new…