Design aspects of medical laser 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...

Coding System Design for Medicines and Medical Devices in Iran

Background and Aim: The importance of managing medicines and medical devices as vital resources in healthcare industry cannot be ignored. Therefore, the application of coding systems could be of great help in the control of the required processes. This study aims to develop a coding system for medicines and medical devices in Iran. Materials & Methods: This descriptive study was planned to be ...

MEDICAL ASPECTS OF ISLAMIC FASTING

Design and Optimization of Laser Produced Plasma Devices for Nanolithography

Laser Produced Plasma (LPP) devices with Sn targets are currently the leading design in the development of extreme ultraviolet (EUV) photon sources for the advanced lithography in future manufacturing of computer chips. The developments and optimizations of LPP sources for EUV lithography include research starting from simple planar targets to high frequency droplet targets. Investigation of Sn...

Hazards with medical devices: the role of design.

There is a growing body of literature highlighting the role of medical device design in preventing (or facilitating) adverse events. However, adverse event investigations in medicine often overlook subtle, latent hazards in design. These inquiries often end (prematurely) with recommendations for remediation, new policies, and “soporific injunctions about better training.” However, these are the...