• img

    Media News (25 Jan. 2022): Local researchers make world's first chip virus reader

    World's first microchip platform designed by Taiwanese researchers is capable of detecting SARS-CoV-2 within three minutes. The chip was granted EUA by the FDA, resulted from joint research conducted by Molsentech, Academia Sinica, Taiwan Instrument Research Institute of NARLabs, and Kaohsiung Veterans General Hospital. Please refer to full news report via the link below. [More]

  • img

    Visit NARLabs’ 3D Virtual Booth at Health Tech Thailand 2021

    NARLabs participated in Health Tech Thailand 2021 online virtual exhibitions. Welcome to visit the 3D booth for more information: https://vr.healthtech-thailand.com/HTT2021/showday/Medical_Devises/3D/ [More]


Opto-electro-mechanical System

System Design & Integration

Optical System Design & Integration

Optoelectric Remote Sensing

Precision Optics & Thin Film Coatings

Precision Machining Fabrication & Inspection

Advanced Thin Film Equipment Development

High Quality Optical Thin Film



Instrumentation for Discovery, Innovation for Better Life


To pioneer in instrument-related frontier research foreseen by the nation

To develop instrument technology required by the industry, help upgrade industrial technology, and promote industry economic benefit

To cultivate the talents, encourage self-making instrument, and advance instrumentation standard

In the field of opto-electro-mechanical system and vacuum technology, TIRI sustainably develops its optical, electronic and mechanical technology capabilities to build up an innovative model for academia-research-industry cooperation. With its innovation and customization, TIRI is dedicated to bridging the industry and academia through providing advanced technologies. Our long term prospect is to advance national science and academic research competence, achieve global excellence, promote economic value, and improve the quality of lives for the public.

Innovation Implementation,
Startup Acceleration