ISIEX – 5th International Space Industry Exhibition 2026

MAUL-THEET will be traveling to Tokyo from January 28 to 30, 2026, to attend the 5th International Space Industry Exhibition. The exhibition is regarded as an important international meeting point for companies, research institutions, and suppliers working on technologies, production concepts, and applications in the space sector.

A central theme of ISIEX is the strategic adaptation of industrial technologies for the space market. This interface is precisely where the event becomes particularly relevant for us — the space sector is increasingly transitioning from prototype-driven one-off developments to industrialized, scalable processes. As a result, the requirements for testing, verification, and quality assurance are changing fundamentally.

Where series production, higher volumes, and shorter development cycles take hold, reproducible test procedures, traceable verification chains, and quantitatively reliable measurement data become decisive factors. This applies in particular to the structural dynamic characterization of components and assemblies, the assessment of vibration behavior under defined load cases, and the validation of development and production decisions based on objective test results.

With that in mind, we’ll use ISIEX 2026 primarily to exchange technical insights with manufacturers, system integrators, and development teams. The focus is on how established industrial test and measurement techniques can be effectively translated to space applications, and what adaptations are needed to meet the specific requirements for reliability, documentation, and traceability.

ISIEX provides an appropriate framework for this: it brings together stakeholders who are not only focused on new space missions, but increasingly also on production, testing, and qualification strategies for a growing space industry.

We are already looking forward to in-depth technical discussions, new perspectives, and exchanges on technologies that help ensure precise, reproducible, and efficient space development under industrial conditions.