Medical Implants
Chemical and structural characterization of materials used in medical implants such as metals, ceramics, bio-polymers and other organic bases is essential to guarantee their desired properties as well as their acceptance by the human body.
Powerful combination of FT IR, Raman, XRD, micro and surface analyses techniques ensures the structural properties while their chemical composition and purity levels are quantified by XRF, ICP and ICP-MS depending on the type of material.
Regulatory compliance and critical functionalities of the medical implants are directly or indirectly verified using an ensemble of spectroscopic techniques with high sensitivity and flexibility.
Pharmaceuticals
Sophisticated and intact delivery of medication to specific targeted parts of the body using a physiological/chemical control system.
Titanium Analysis
Precise and reliable analysis of traces and impurities in pure titanium and other metal bases used in medical implants.