Bluegem 2OZ-ULTRASOUND 2oz Ultrasound Transmission Gel
Bluegem 2OZ-ULTRASOUND 2oz Ultrasound Transmission Gel
Bluegem 2oz Ultrasound Transmission Gel
- • Acoustically correct formulation optimized for a broad range of ultrasound frequencies
- • Hypoallergenic, bacteriostatic, and non-irritating formula for maximum patient comfort
- • Completely aqueous gel that will not stain clothing or damage delicate transducers
- • Convenient 2oz squeeze bottle design ideal for portable and bedside applications
- • Consistent viscosity ensures smooth application without running or drying out
Need service or repair? No matter the age, brand, or manufacturer Ampronix can repair it! Free, no charge for initial evaluations!
Couldn't load pickup availability
Details
Details
The Bluegem 2oz Ultrasound Transmission Gel is a premium-grade acoustic coupling medium designed for diagnostic and therapeutic medical ultrasound procedures. Formulated to provide superior sound wave transmission, this gel ensures clear and accurate imaging results across a wide range of frequencies. Its acoustically correct properties make it an essential accessory for any ultrasound imaging environment.
This hypoallergenic and bacteriostatic formula is designed with patient safety and comfort in mind. It is completely aqueous, meaning it will not stain clothing, irritate skin, or damage delicate transducer lenses and equipment. The gel remains viscous during procedures without running or drying out prematurely, allowing for a smooth and uninterrupted scanning process.
Packaged in a convenient 2oz squeeze bottle, this ultrasound gel is ideal for mobile clinics, emergency medical services, and bedside examinations where portability is key. It provides clinicians with a reliable, easy-to-dispense solution that maintains high standards of hygiene and performance in every application.
Specifications
Specifications
Resources
Resources
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.

