Mobilizing slit lamp to the field: A new affordable solution

Area of Science:

• Ophthalmology
• Biomedical Engineering
• Medical Device Design

Background:

• Ophthalmic examination tools like slit lamps are crucial for diagnosing eye conditions.
• Transporting slit lamps to remote or underserved areas for outreach programs presents logistical challenges.
• Existing methods for slit lamp transport may be cumbersome, expensive, or unsuitable for field conditions.

Purpose of the Study:

• To describe a simple, affordable, and portable design for packing and transporting slit lamps.
• To facilitate the mobilization of slit lamps for field use during eye care outreach programs.
• To present a reproducible solution for carrying slit lamps to remote locations.

Main Methods:

• The design utilizes a large toolbox, a custom-fit plywood apparatus, and foam padding.
• Components were precisely cut to securely house the slit lamp within the toolbox.
• The system was engineered for efficient space utilization and robust protection during transit.

Main Results:

• The developed design allows for easy and safe mobilization of slit lamps to remote areas.
• The portable unit is cost-effective and can be easily reproduced using readily available materials.
• The design ensures the slit lamp is securely supported and protected during transportation.

Conclusions:

• This innovative packing and carrying solution enhances the accessibility of slit lamp examinations in field settings.
• The design is particularly beneficial for organizations conducting regular outreach clinical work in developing countries.
• The portable slit lamp system supports expanded delivery of ophthalmic care to underserved populations.