MicroBase echoes the mission of the Taiwan Intellectual Property Office to foster the collaboration of innovative R&D achievements. As a topic-setting enterprise, MicroBase participated in the 2025 Industry Patent Analysis and Strategy Competition, proposing forward-looking topics on mesh nebulization technology in the biopharmaceutical field. By integrating its practical experience, the company guided participating teams to stand out among 70 teams nationwide, successfully advancing to the Top 16 in the semifinals.

MicroBase Holds 176 Patents Across31 Countries

Recognizing intellectual property as the cornerstone of corporate competitiveness and global growth, MicroBase has established a dedicated IP Department to oversee and manage its global patents, ensuring stable and forward-looking technological innovation.

• Professional IP Team: The specialized department directs MicroBase’s global IP strategy, safeguarding innovation and sustaining long-term competitiveness.
• Extensive and High-Quality Patent Portfolio: MicroBase holds 176 patents across 31 countries, covering North and South America, Europe, Australia, and the Asia-Pacific region (including China, Japan, Korea, the Philippines, and India). Over 70% of these are invention patents, demonstrating the company’s strong R&D capabilities across its three core business lines—industrial applications, medical devices, and beauty technology.

Topics Presented by MicroBase at the 2025 Industry Patent Analysis and Strategy Competition:

• “Screening the Future: Microscopic Business Opportunities of Mesh Technology” — The cross-industry potential of mesh applications—as exemplified by MicroBase—extends from the precision-manufactured core components of industrial inkjet head elements to the commercialization of aerosol drug delivery solution in precision medicine.

• “Advancing Nebulizer Technologies for Efficient Aerosol Drug Delivery” — Examining the global development of nebulizer technologies that convert liquid drugs into fine aerosolized suspensions for delivery through masks, mouthpieces, or artificial airways, thereby enhancing drug absorption efficiency.

• “Mesh Filter Applications in Emergency and Extreme Medical Environments” — Focusing on the use of mesh filters in emergency and extreme environments—such as battlefields, dust explosions, and fire rescues—and analyzing the application trends of mesh-based filtration principles in life-saving medical devices.