In the medical industry, the development of a strong and viable concept is extremely important. While some manufacturers view this as creating a prototype, testing then readjusting, this should not be the case. In preparing medical instruments for the market, it is important to make sure they are available and marketed as soon as possible. This requires careful attention to the medical industrial design process during product development.
What Is Industrial Design?
Industrial design (ID) focuses on rendering the idea for the product or component. Someone may actually hand-draw the part. S/he can also use computerized programs to produce the design. Either provide a basis for further drawings. Sometimes many drawings may be required to capture the various aspects of the device.
During this stage of development, the designer will work closely with the initial creator – a doctor, medical professional, engineer or technician, to ensure the drawings encapsulate the concept. They will look at such aspects as:
- Functionality
- Texture
- Shape
- Size
- Color
- Material
These early drawings play a significant role in the overall production process.
Why Use Medical Industrial Design
By employing ID in the production of medical instruments, companies can ensure the devices accomplish their goals. They meet market needs, are timely and meet all the specifications and requirements of the various health and safety organizations. ID facilitates the ability of the various “partners” to communicate and express concerns and offer options for risk reduction, marketability and optimal form and function.
Medical Industrial Design
In the world of fabrication and manufacturing, too often people have put design last. This is a serious error. When it comes to medical instrumentation, the results of failing to address the design aspect first can cost a company time, money and economic viability. Medical instrumentation must get to the market as quickly as possible. By dealing with the medical industrial design at the very beginning, a fabricator can reduce the possibility of design-related errors occurring later
