IUMAC Mission
Our mission is to connect the global ultrasound medicine community and create a collaborative environment where knowledge, expertise, and innovation can be shared across borders.
IUMAC is committed to:
· Advancing frontier research and technological innovation in ultrasound medicine.
· Promoting high-quality education, training, and professional development.
· Supporting the translation of scientific innovation into clinical practice.
· Encouraging the development of international standards, guidelines, and policy recommendations.
· Strengthening collaboration among medical institutions, academic organizations, governments, professional societies, and industry partners.
· Facilitating international academic exchange and long-term global partnerships.
Through these efforts, IUMAC seeks to advance the field of ultrasound medicine and contribute to the continuous improvement of healthcare around the world.
Purpose & Objectives
IUMAC aims to establish a leading global platform for cooperation in ultrasound medicine.
Through international collaboration, resource integration, knowledge sharing, and professional exchange, IUMAC is committed to advancing ultrasound technologies and their clinical applications, strengthening professional education and research, and supporting the development of international standards and best practices.
Ultimately, IUMAC strives to enhance the quality and accessibility of ultrasound-related medical services and contribute to better health outcomes worldwide.

Global Cooperation
Establishing a world-leading platform that integrates global resources to advance innovation in ultrasound medicine.

Resource Sharing
Promoting academic exchange and information sharing among healthcare professionals to harmonize global standards.

Clinical Excellence
Deepening the clinical application of ultrasound technology to enhance the accuracy of global medical diagnostics.

Sustainable Impact
Driving long-term contributions to human health through sustainable international medical cooperation models.