Nano Terahertz Imaging,
Making the Invisible Visible
Nano Terahertz Micro-Spectroscopy System · Terahertz NDT · Terahertz Spectroscopy
Core Products
Multimodal Non-Destructive Testing System
A multimodal non-destructive testing system integrating multiple detection techn...
Nano Terahertz Micro-Spectroscopy System
The nano terahertz micro-spectroscopy system achieves nanoscale spatial resoluti...
Micron Terahertz Near-Field System
The micron terahertz near-field system provides micron-scale spatial resolution ...
Solid-State Terahertz Near-Field Imaging System
The solid-state terahertz near-field imaging system uses solid-state terahertz s...
Media Coverage
Miji Technology Delivers Nano Near-Field Imaging Spectroscopy System to a University in Shenzhen
Miji Technology Delivers Terahertz Near-Field Micro-Spectroscopy System to a University in Yunnan
Setting Sail Overseas! Chengdu Miji Technology's Self-Developed "Hardcore Technology" Shines at Singapore AMIC
Latest News
From X-Rays to Terahertz: Terahertz Detection for Tesla Dry Electrode Production Lines
This article explores the application of terahertz technology in Tesla dry electrode production line detection, reviewin...
Exploring Subsurface Imaging Capabilities of Scattering-Type Scanning Near-Field Optical Microscopy
An in-depth study of the subsurface imaging capabilities of scattering-type scanning near-field optical microscopy (s-SN...
Introduction to Terahertz Near-Field Optical Systems
A concise introduction to terahertz near-field optical systems, covering basic principles, system composition, and appli...
From Einstein to Quantum Chips: Light Emission Enters the "Evanescent Wave" Era
From Einstein's photoelectric effect to quantum chips, light emission technology has entered the "evanescent wave" era, ...
Miji Technology Delivers Nano Near-Field Imaging Spectroscopy System to a University in Shenzhen
Miji Technology successfully delivered a nano near-field imaging spectroscopy system to a university in Shenzhen, markin...
Reconstructing Vertical Interaction Signals Using Scattering-Type Scanning Near-Field Optical Microscopy
A new method for reconstructing vertical interaction signals using scattering-type scanning near-field optical microscop...