Image
Category
Maker
On Display
Object type
Place
Material
Date
Left split-hook prosthesic arm attachment

Left split-hook prosthesic arm attachment

circa 1940

Vitallium hip prosthesis with curved slender stem

Vitallium hip prosthesis with curved slender stem

1980-1985

Vitallium hip prosthesis with curved standard stem

Vitallium hip prosthesis with curved standard stem

1970-1985

Vitallium total hip prosthesis with curved standard stem and studded cup

Vitallium total hip prosthesis with curved standard stem and studded cup

1970-1985

Helical stent to help mimic natural blood flow

Helical stent to help mimic natural blood flow

2009-2010

'Gelsoft' vascular prosthesis

'Gelsoft' vascular prosthesis

1992

Vascular prosthesis knitted from Dacron (polyester)

Vascular prosthesis knitted from Dacron (polyester)

1985

Cannulated four flanged vitallium nail and bracket plate

Cannulated four flanged vitallium nail and bracket plate

1970-1985

Polyethylene acetabular cup by Zimmer Orthopaedic Ltd.

Polyethylene acetabular cup by Zimmer Orthopaedic Ltd.

1977

Vascular prosthesis knitted from Dacron

Vascular prosthesis knitted from Dacron

1985

Vascular prosthesis knitted from Dacron

Vascular prosthesis knitted from Dacron

1985

3D printed ear scaffold

3D printed ear scaffold

2013

Perspex hip prosthesis with straight stem, by Down Brothers, English, 1960-1970

Perspex hip prosthesis with straight stem

1960-1970

Porous metal, curved femoral stem for hip replacement. From a collection of joint prostheses and associated material, representing joint replacement technology, some of which had been developed at the Orthopaedic Research Unit at the Redhill and Dorking Hospitals, Surrey, 1900-92.

Curved femoral stem for hip replacement

1900-1992

'Gelsoft' vascular prosthesis, popularly known as a trouser or bifurcation graft, for reconstructive surgery of the abdominal aorta and peripheral arteries, by Vascutek Ltd, Scotland, 1992

'Gelsoft' vascular prosthesis

1992

Metal Helical stent designed to help mimic the natural flow of blood, with a protective tube, made by Veryan Medical, Horsham, United Kingdom 2009-2010

Helical stent to help mimic natural blood flow

2009-2010

Metal helical stent designed to help mimic the natural flow of blood, made by Veryan Medical, Horsham, United Kingdom 2009-2010

Helical stent to help mimic natural blood flow

2009-2010