Our clinic is equipped with a state-of-the-art portable ultrasound to ensure the highest level of patient safety. It allows our practitioners to map out a patient’s unique anatomy, ensuring safe needle or cannula placement and reducing the risk of complications like vascular occlusion. This real-time guidance is especially valuable for higher-risk treatments, as it enables accurate targeting of treatment areas while avoiding critical vascular structures.
We utilize the Clarius L20 HD3, widely regarded as the top choice for facial aesthetics. With its industry-leading resolution of 20 MHz for superficial layers, this handheld ultrasound allows our practitioners to visualize even the smallest facial vessels, nerves, fillers, and other intricate anatomical structures.
Ultrasound is highly effective for detecting and addressing issues such as misplaced or migrated fillers, allowing for safe and accurate corrections.
In the management of complications, ultrasound enables the early detection of issues such as hematomas or vascular compromise, ensuring that they are addressed promptly. For cases requiring hyaluronidase to dissolve hyaluronic acid fillers, ultrasound allows precise targeting of the affected area, improving safety and outcomes.
Please reach us at info@goodgenetics.co.uk if you cannot find an answer to your question.
Yes, ultrasound technology can detect where the filler is located in the tissue. Hyaluronidase can thereafter be injected in the places where the filler is present, leading to more effective treatment.
Before proceeding with any higher-risk treatments, your practitioner can identify the location of any arteries. By avoiding areas with major arteries, the risk for any occlusion lowered.
No, it's totally pain-less.
Yes, your practitioner can show you the live imaging.
Copyright © 2025, Good Genetics Aesthetics Ltd. All Rights Reserved.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.