The SibUS-In Finger Probe: An Alternative Device and Method for Ultrasound-Guided Injections

Area of Science:

• Aesthetic Medicine
• Medical Device Engineering
• Ultrasound Technology

Background:

• Conventional ultrasound systems pose ergonomic challenges in aesthetic medicine, hindering routine use.
• Current devices are often bulky and not optimized for facial anatomy during injections.

Purpose of the Study:

• To introduce and evaluate the SibUS-In (safe injection by ultrasound) probe, designed for improved ultrasound-guided aesthetic injections.
• To assess the ergonomic and functional benefits of a fingertip-integrated ultrasound probe for facial procedures.

Main Methods:

• Development of the SibUS-In probe, featuring a high-frequency transducer at the injector's fingertip.
• Clinical application illustration across various facial regions and procedural steps.
• Evaluation of ergonomic comfort, handling, and imaging quality for real-time vascular mapping.

Main Results:

• The SibUS-In probe enables simultaneous palpation, scanning, and injection, restoring two-hand coordination.
• Provides real-time visualization of facial structures with high-quality imaging.
• Demonstrates ergonomic benefits and intuitive handling for enhanced procedural control.

Conclusions:

• The SibUS-In probe offers a practical solution for ultrasound-guided aesthetic injections, improving workflow and safety.
• Facilitates continuous vascular mapping and dexterity during procedures.
• Further research is needed for quantitative outcome evaluation and standardized protocols.