HUIDAMED AACNS 2026 in Manila , Driving Innovation in Neurosurgery

We were proud to present our latest specialized medical technologies to an international audience of neurosurgeons and clinical experts.

The 18th Asian Australasian Congress of Neurological Surgeons (AACNS 2026) recently concluded at the SMX Convention Center in Manila, Philippines, leaving the global medical community inspired, connected, and equipped for the future. An event like AACNS 2026 is an invaluable reminder of our position in the market. The conversations we shared with clinical leaders from across Asia and the Pacific will directly influence our upcoming research, product refinements, and regional support strategies.

Our participation at AACNS 2026 focused on a single, clear objective: demonstrating how targeted intraoperative technology can dramatically elevate surgical precision and improve patient outcomes across diverse clinical settings.
Throughout the four day program, our booth became a hub for dynamic discussions, hands-on demonstrations, and collaborative exchange. We engaged with both neurosurgeons and promising residents, exploring the real world challenges faced in modern operating rooms.
The clinical insights gathered at AACNS 2026 will directly inform our product development pipeline and regional support strategies. We express our appreciation to the Asian Australasian Society of Neurological Surgeons (AASNS) and the local organizing committees for hosting a highly successful event.

Our core product portfolio is anchored by high-tier neurosurgical instruments engineered to elevate safety and efficiency in the operating room. A key highlight is our dedicated neurological ultrasound system, designed to deliver high resolution, real time intraoperative imaging that allows surgeons to track brain shift dynamically and verify tumor resection margins with absolute clarity. Complementing this advanced visualization is our rigid cranial stabilization system, which utilizes robust, multi-positioning head frames and secure skull clamps to provide the unwavering stability required for delicate microscopic and image guided procedures. Together, these systems form an integrated workflow solution that maximizes procedural control and enhances surgical precision for complex cranial interventions.