IDDK specializes in the research and development of compact microscopic instruments.

Their flagship products are fingertip-sized imaging devices that utilize advanced microscopic observation technology based on semiconductor sensors.

Their microscopes are compact and portable, making them ideal for use in a wide range of environments.

One such application is the Micro Bio Space LAB (MBS-LAB), a bio-experiment platform designed for space research.

Built on this innovative microscopy technology, the MBS-LAB incorporates our SDMP series piezoelectric micropumps to enable fluid control in microgravity conditions.

Challenge and Solution

As the demand for space experiments continues to rise, there is a growing need for systems that make such experiments more accessible and cost-effective.

This shift is driving a growing demand for flexible and diversified experimental units that can support a wide range of missions and applications.

To meet these evolving requirements, IDDK set out to develop a versatile, customizable platform suitable for various applications, including quality control of regenerated cells and automation of culture medium exchange all at a lower cost.

TFS’s SDMP series piezoelectric micropumps were selected for integration into the system due to their compact size, lightweight design, and simple operation using a built-in driver operates with DC power supply.

The unit was successfully launched on April 22, 2025, aboard a Falcon 9 rocket from Florida, USA.

In the future, IDDK plans to initiate operations of the Micro Bio Space LAB (MBS-LAB) in low Earth orbit to demonstrate real-time microscopic observation and explore new possibilities for biological experimentation utilizing satellite.

Through this collaborative development, TFS is proud to contribute to the advancement of space-based research.