As rapid prototyping (RP) technology has matured, it is beginning to lend itself to other applications such as rapid tooling and rapid manufacturing. Some traditional tool making methods are considering the use of RP technologies to directly or indirectly fabricate tools. This is considered as a good alternative to the traditional mould making since it is more efficient and requires less lead-time. This approach is also less expensive and allows for quick validation of designs. The next natural evolution of RP technology is rapid manufacturing (RM). RM is the automated fabrication of the final products directly from CAD data. RM is also called additive manufacturing by some since the end result of the process has the required functionality and quality.
RM has been applied to different sectors such as industrial (aerospace, automotive, military etc.), art (jewelry, architecture, sculptures, etc.) and medical and healthcare (devices, dental, implants, etc.). Healthcare represents the most diverse sector.
RM has been used to manufacture implants in hip replacement surgery and cranial patches and other types such as maxiofacial implants for reconstructive surgery. RM has also found applications in the manufacture of disposable surgical cutting guides, fabrication of customized prosthetics and even used for training and education of medical students.
The purpose of this special issue is to provide a comprehensive collection of the latest research and technical work in the area of rapid manufacturing related to the medical application.
Scope includes but is not limited to:
- Methods and technologies
- Material and biomaterial capabilities
- Input and data analysis
- CAD/CAE
- Hardware and software issues
- Process accuracy
- Medical devices
- Surgical application
- Implants and prostheses
- Tissue engineering and biological models
- Case studies and other related topics
Full paper submission: 3 May, 2010
Notification of reviews: 15 June, 2010
Revised manuscript submission: 16 July, 2010
Notification of acceptance: 30 July, 2010
Final Paper Revision and submission to the editor: 30 August, 2010
1 comment:
Prototyping manufacturer utilizes rapid prototyping, mostly in industrial art. It is very refreshing to know that it can be used in a variety of applications. I appreciate going across valuable information on how rapid prototyping can used in the medical profession. This technology has changed the face of many industries. so expect to see a lot more of its development in the next few years.
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