The Dynarex Ultrasound Gel is an essential tool in the medical and therapeutic field, designed to enhance the effectiveness of both diagnostic and therapeutic ultrasound procedures. Available in both blue and clear formulations, this versatile gel is packaged in convenient sizes suitable for various clinical settings.

Its smooth, non-sticky consistency ensures ease of application and removal, while its water-soluble and hypoallergenic properties guarantee patient comfort. Whether used in hospitals, clinics, or physiotherapy centers, the Dynarex Ultrasound Gel provides superior sound transmission by eliminating the air pockets between the skin and ultrasound transducer, leading to more accurate readings and treatments.

Key Features:

• Smooth, non-greasy formula enhances sound transmission and clarity for optimal diagnostic and therapeutic outcomes, making it ideal for both professionals and patients.
• Water-soluble, hypoallergenic, and non-irritating, the gel maintains patient comfort during lengthy procedures, reduces clean-up time, and minimizes skin irritation risk.
• Available in both blue and clear formulations in various packaging sizes to suit different clinical demands, ensuring consistent quality and reliable performance in all settings.

Uses:

• The Dynarex Ultrasound Gel is primarily used as a coupling agent to enhance the clarity and efficacy of ultrasounds by eliminating air between the skin and the transducer. This allows for better transmission of ultrasound waves, ensuring precise diagnostic imaging.
• It is also applicable in various therapeutic treatments such as physiotherapy and rehabilitation where it aids in the delivery of ultrasonic waves to deep tissues, offering therapeutic benefits through heat and tissue relaxation.

FAQs:

1. Is the Dynarex Ultrasound Gel safe for all skin types?
Yes, it is water-soluble, hypoallergenic, and non-irritating, making it safe for use on all skin types.

2. How does ultrasound gel work?
Ultrasound gel serves as a conductive medium that eliminates air between the transducer and the skin, facilitating better sound wave transmission and clearer imaging.