A novel cervical dilatation force measurement instrument.

Area of Science:

• Biomedical Engineering
• Medical Devices
• Gynecology

Background:

• Cervical dilatation is a critical procedure in various gynecological interventions.
• Accurate measurement of forces during cervical dilatation is essential for patient safety and procedural efficacy.
• Existing methods may be susceptible to inaccuracies due to lateral forces.

Purpose of the Study:

• To describe a novel, simple, and robust instrument for measuring cervical dilatation force.
• To develop a device that specifically measures axial insertion force while rejecting lateral loads.
• To provide real-time and peak force data during cervical dilatation procedures.

Main Methods:

• The instrument utilizes a design that isolates and measures only the axial insertion force.
• It incorporates a mechanism to ensure independence from lateral loading effects.
• The device is self-contained and battery-powered for ease of use.
• Digital liquid crystal displays present the actual and peak axial force readings.

Main Results:

• The instrument successfully measures axial insertion force.
• The device is demonstrated to be unaffected by lateral loads, ensuring measurement accuracy.
• Real-time and peak axial force values are clearly displayed on digital screens.

Conclusions:

• A simple, robust, and accurate instrument for cervical dilatation force measurement has been developed.
• This device offers improved precision by eliminating the influence of lateral forces.
• The instrument provides valuable data for clinical applications and further research in cervical dilatation.