Revolutionary Home-Based Self-Administered Nasopharynscopy
Aim:To provide a home-based, affordable and easy-to-use diagnosing kit for detecting Nasopharyngeal Carcinoma
Evolution of Design
1st Generation
Key features of 5th Generation
1) Clear viewing with a specially designed camera lens
Bending Capability: >90 degrees
Extension and contraction to evade obstacles
Overall Demonstration of Bending and Zooming capability
Verification Test
Polyurethane(#1) Versus Tango-Veroclear hybrid(#2) Stress Test
Technical Advantages
Endoscope is very flexible with the stent design
The bending of the endoscope at the entrance can be controlled flexibly by the guiding shaft
The TEAM
From Left: Mr Teo Jing Chun, Dr Ren Hongliang, Mr Un Weiyang, Miss Soh Yan Bing, Mr Ong Jun Hao Edmund
Foreground: Mr Yeow Bok Seng
Nasopharynscope is a valuable tool in diagnosing Nasopharyngeal carcinoma in patients since 84% of patients display ulcerations.
Aim:To provide a home-based, affordable and easy-to-use diagnosing kit for detecting Nasopharyngeal Carcinoma
Evolution of Design
1st Generation
2nd Generation
3rd Generation
4th Generation
5th Generation
Key features of 5th Generation
1) Clear viewing with a specially designed camera lens
2) Secure extension and contraction lock
3) Tight fit between nylon strings to ensure good power transmission
4) Diamond cuts to enhance bending capabilities
5) Optical zoom of up to 5mm due to shooting mechanism
Bending Capability: >90 degrees
Extension and contraction to evade obstacles
Overall Demonstration of Bending and Zooming capability
Specifications
Outer Diameter: 7mm
Length of extension portion:25 mm
Length of bending segment: 25mm
Minimum inserted length: 11-15 cm
Gear box: 30 by 20 by 30mm
Bending angle: 90 degrees bend per side
Distal tip mechanism: Optical zoom
Material: Polyurethane (Biocompatible)
Stent design: Flexibility
Flexible guiding tube
Verification Test
Polyurethane(#1) Versus Tango-Veroclear hybrid(#2) Stress Test
Technical Advantages
Large bending angle
Extending the camera using the spring mechanism to obtain better optical viewing up to 5mm
Able to control the bending of the body segments using cable driven mechanism
The bending of the endoscope at the entrance can be controlled flexibly by the guiding shaft
The TEAM
From Left: Mr Teo Jing Chun, Dr Ren Hongliang, Mr Un Weiyang, Miss Soh Yan Bing, Mr Ong Jun Hao Edmund
Foreground: Mr Yeow Bok Seng