Sentence examples for medical prostheses from inspiring English sources

The Spun Chair, pictured, is made from spun carbon fiber — a material used in helicopters and medical prostheses — and weighs just 2.2 pounds.

The players – Wayne Rooney, Joe Hart, Phil Jagielka, Leighton Baines, Theo Walcott, Jack Butland and Andy Carroll – were visibly shaken as they were shown piles of children's shoes, medical prostheses, glasses and household items confiscated from prisoners on their arrival at the camp, and by heaps of the victims' hair.

For example, Ti 6Al 4V, a versatile alloy that was developed in the 1950s for the aerospace industry, has become a very important material for medical prostheses such as hip-joint replacements because of its strength-to-weight ratio and immunity to body fluids.

The Investment Cast Products segment manufactures investment castings for aircraft engines, industrial gas turbine engines, airframes, medical prostheses, armament, unmanned aerial vehicles and other industrial applications.

The results showed that these crosslinked HEC/PVA fibers were suitable for variety of applications such as tissue engineering scaffolds, drug delivery and medical prostheses.

In the manufacturing of customized medical prostheses, such as in-the-ear hearing aids, the design process often is dictated by a source template representing the anatomy of a patient and a set of work instructions representing the description of surface modifications.

Three-dimensional (3D) printing has been used successfully to solve a number of medical prosthesis problems.

The need for custom-made parts is increasing constantly due to its application in different industrial sectors: medical prosthesis, car parts, aircraft parts, etc.

The low bonding strength between the coating layer and the substrate of plasma sprayed hydroxyapatite (HA) coatings is the weakness in its application as a bio-medical prosthesis.

The goal of this chapter is to provide an overview for the biological response evaluation, that is, biocompatibility evaluation, of end-stage 'as-used' medical devices, prostheses, and biomaterials.

Training also includes an understanding of the projectile effect and the influence of the magnetic field upon medical implants, prostheses and personal effects.