MEMS Chip Design and Development

Micro-electromechanical systems development for custom medical device applications. Enables creation of miniaturized sensors and actuators for implantable and diagnostic devices.

Custom micromodule design and manufacturing for medical devices and implants using advanced microelectronics technology.

Full-service development and engineering support for custom medical device solutions. From concept through manufacturing for diagnostic, medtech, biotech, and life sciences applications.

Custom application-specific integrated circuit design and development for medical device applications. Microdul has completed over 70 ASIC projects with comprehensive development, validation, and wafer testing capabilities.

End-to-end development and manufacturing of custom silicone medical devices from concept through mass production, including design, tooling, prototyping, and production line qualification.

Custom medical device engineering and development using CAD design systems, including prototype development, product optimization, and manufacturability assessment.

Customized MEMS sensor solution combining pressure sensing chip with application-specific signal processing. Rapid development capability enabling design-to-sample in three months for medical device manufacturers.

Custom microelectronic components and circuits designed for medical device applications. Development includes signal processing, control electronics, and embedded systems for diagnostic and monitoring devices.

Turnkey electronic device development for medical applications including patient monitoring, diagnostic instruments, and therapeutic equipment. Engineered to meet functional and clinical performance requirements.

Micro-electro-mechanical systems designed and manufactured in-house for medical applications. Includes nanometre scale coatings, micrometre scale structures, and wafer-level lamination for precision medical instruments.

Rapid prototyping and manufacturing service for microfluidic chips and precision components used in diagnostic and analytical applications. Enables development from concept through production of microsystem-based devices for point-of-care diagnostics, lab automation, and sensor systems.

Development of wearable devices for continuous medical monitoring including cardiac and long-term health surveillance. Integration of sensors, electronics, and communications for remote patient monitoring.