Laser Processing Technology of Medical Devices.

Design aspects of medical laser devices

Fundamentals and applications of medical lasers for various clinical procedures including dermatology and plastic surgery, wound healings, nerve stimulation, dentistry, cancer therapy, and ophthalmic surgeries were reviewed recently [1]. The laser spectra of UV (190400) um, visible (400-700) nm, near-IR (700-2900) nm, and mid-IR (3-5) um having various penetration depths (from determine the pro...

Simulation Technology for Advanced Laser Processing Machines

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tled Personalised Care, to be presented at the Medica Education Conference 2013 (21 November), Sir John will re-buff any cynicism over personalised medicine ever having a role in healthcare. He will outline just how genome analysis detects an individual’s genetic predisposition for certain diseases and how better assessment of their prognosis will play a greater role as personalised medicine ta...

Specificities of Medical Devices Affecting Health Technology Assessment Methodology

Health Technology Assessment developed out of pharmacoeconomy; although it is routinely used for all health technologies incl. therapeutic interventions, preventive measures etc., its methodology fits best for drugs. Medical devices have their specificities that affect significantly all processess, where they are involved. The differences between medical devices and drugs from the perspective o...

Quality management for the processing of medical devices

Rules on the reprocessing of medical devices were put into place in Germany in 2001. The present article explains the background situation and the provisions that are currently in force.The implementation of these statutory requirements is described using the example of the quality management system of Germany's market leader, Vanguard AG. This quality management system was successfully certifi...