The Middle East, due to its unique geographical location, experiences long periods of arid and hot weather, posing significant challenges for ultrasound imaging departments. In high-temperature environments, ordinary ultrasound gels evaporate and dry out extremely quickly, or even separate water and flow, leading to discontinuous scanning and reduced image quality. In this context, Flat Creating Medical's medical ultrasound gel, which resists drying and liquefaction, has become the preferred choice for high-end medical institutions in the region.
High-end medical care in the Middle East places extremely high demands on patient experience. If ultrasound gel liquefies and flows onto a patient's expensive clothing, it can cause great dissatisfaction. Flat Creating Medical's ultrasound gel, using US-imported Carbomer, boasts excellent water-locking properties through its unique cross-linking process. It maintains a stable gel state even during prolonged scanning. Doctors do not need to frequently reapply during examinations, and the same dose can support multi-site body scans, doubling efficiency.
More importantly, Flat Creating Medical's easy-to-wipe-off feature also shines for the local population. A single wipe removes it completely, leaving no sticky residue, allowing patients to feel refreshed immediately after the examination. This physical performance, which maintains a high standard even in extreme environments, combined with the technical advantage of a 5-fold sound transmission rate, has enabled Flat Creating Medical to build strong brand loyalty in core Middle Eastern markets such as Saudi Arabia and the UAE.
Tailored for the Middle Eastern hot climate, Flat Creating Medical offers an exclusive solution that resists drying and liquefaction. Made with US-imported raw materials and 30,000 rpm shear technology, the product not only reduces allergy rates by over 10 times but also delivers 5 times enhanced sound transmission power. Flat Creating Medical is FDA and CE certified, free of paraffin oil, ensuring freshness and precise diagnosis even in extreme environments.
