Table-top Microscope Mounted on Flexible Monitor Arm Using a Customized Multipurpose Metal Plate for Microsurgical...

Area of Science:

• Neurosurgery
• Surgical Training
• Medical Device Engineering

Background:

• Portable table-top microscopes are valuable for microsurgical training.
• Limitations exist with anatomical models and long instruments due to restricted movement and working space.

Purpose of the Study:

• To customize a portable table-top microscope for improved flexibility in microsurgical training.
• To enhance the working area, height, and angles of a standard microscope.

Main Methods:

• Attached microscope components to a Visual Electronics Standards Association (VESA) monitor arm using a customized "cheese plate" adapter.
• Created a "focusing rack-adapter plate complex" for enhanced mobility.
• Evaluated the modified microscope against a traditional one using slope models with concentric circles and gauze.

Main Results:

• The modified microscope demonstrated significant flexibility in working area, height, and angles.
• Comparative analysis showed enhanced mobility as the primary advantage over traditional microscopes.
• The total modification cost was approximately $140.

Conclusions:

• The customized microscope offers a cost-effective solution to enhance microsurgical training.
• Improved mobility and working space benefit neurosurgical trainees.
• The simple modification process makes this upgrade accessible.