Measurement Device Import & Sales

As social infrastructure built intensively during the high-growth era all reaches its renewal period at once, maintenance has reached a critical juncture: a shortage of skilled engineers, the risk of oversight from person-dependent inspection, and the need for 24/7 continuous monitoring. We answer these challenges with proven wireless sensing technology.

We are looking for partners to build the future together

Integrating Japanese and Chinese technology, expertise and AI to create safe, reliable and sustainable infrastructure. We are seeking distributors, business partners and R&D collaborators.

Companies operating in disaster prevention, civil infrastructure, IoT or smart monitoring
Companies wishing to collaborate on technology and products to create new value
Companies aiming for long-term partnership and sustainable growth together

Enquire about partnership

Zenitech’s wireless sensing technology has been developed over more than 15 years in collaboration with civil-engineering professor teams from Tongji University, Shanghai Jiao Tong University and Southeast University, enabling real-time monitoring, preventive maintenance and labour savings. It holds over 40 patents and has been validated in more than 200 major infrastructure projects, establishing high reliability and practical performance.

15+

years of R&D

40+

patents

200+

projects validated

Zenitech strengths

Single-borehole monitoring

Proprietary smart-pole technology (an all-in-one measurement system) enables multi-parameter monitoring from a single borehole, optimising installation space and minimising impact on the surroundings and structures.

Labour-saving, low-cost operation

A low-maintenance, low-power platform built to withstand harsh field conditions greatly reduces long-term operating load and dramatically lowers life-cycle cost (LCC).

Simple installation, consistent quality

Standardised, modular device design greatly simplifies on-site installation, ensuring stable, high-level measurement quality that does not depend on operator skill.

High-precision, long-term stability

Achieves high-precision, continuous automatic data acquisition that never misses tiny displacements or early signs of change. Real-time remote monitoring improves the accuracy of structural health assessment.