Sensing and Interrogation Platforms

Distributed Acoustic Sensing Interrogator

ASIS-DAS-UWFBG
The AiMiLi DAS interrogator is an ultra-weak FBG-based distributed acoustic sensing system that captures high-sensitivity vibration signals along optical fibers. It supports real-time monitoring for structural health, vehicle tracking, pipeline leaks, and security applications.

Ultra-Weak FBG Interrogator

ASIS-UWFBG
The AiMiLi ultra-weak FBG interrogator is a high-precision optical sensing system that accurately measures strain, temperature, and position along optical fibers. With its advanced signal processing and low-reflectivity grating technology, it provides real-time, distributed sensing for applications such as structural health monitoring, intelligent manufacturing, and energy infrastructure.

Distributed Temperature Sensing Interrogator

ASIS-DTS
The AiMiLi DTS interrogator is a Raman scattering and OTDR-based distributed temperature sensing system for real-time, high-accuracy temperature monitoring over distances up to 10 km, making it ideal for industrial applications such as power generation, petrochemicals, transportation, and metallurgy.

High-Temperature Sensing FBG Interrogator

ASIS-HTFBG
The AiMiLi high-temperature sensing FBG interrogator is a multi-channel module designed for real-time, high-precision temperature monitoring up to 850 °C, supporting demanding industrial applications in harsh environments. Its compatibility with Type-II FBGs ensures excellent thermal stability and reliable performance under extreme conditions.

Compact UV-Visible Spectrometer

ASIS-UVSPEC
The AiMiLi compact UV-visible spectrometer is a spectral sensing module for high-sensitivity detection of chemical, fluorescent, and trace-level optical signals. With an adjustable aperture, built-in UV source, optical path, and lock-in amplifier, it offers high resolution and optimized performance in a space-efficient design. This module expands AiMiLi’s sensing platform beyond traditional distributed systems and supports spectral interrogation for advanced material and environmental applications.