Welcome To, Nanjing Intane Optics Co., Ltd
2003

Intane Optics was founded and played a pivotal role in helping Hans Laser localize and mass-produce F-theta lenses.


2008

Launched the first independently developed generation of APO astronomical stargazers.


2014

Earned the title of “National High-Tech Enterprise”.
Introduced the INTANE 800APO astronomical telescope, offering top-level imaging capabilities for astrophotography enthusiasts.
High-damage-threshold laser optics passed an 8000W/C2 continuous laser test, achieving a leading domestic standard.


2018

Developed a high-precision multi-star simulator, enabling performance testing of advanced imaging optical systems.


2020

Supported lunar drilling and sampling for the Chang'e 5 Moon Exploration Project.


2022

Certified as a “Specialized and New Small and Medium-Sized Enterprise” in Jiangsu Province.
Honored as a “Cultivating Unicorn” by Nanjing Municipality.


2024

Enabled successful sampling of the Moon’s far side with the Chang'e 6 robotic arm's close-up camera.


2005

Initiated the development of parallel optical tubes for Harbin Institute of Technology (HIT).
Registered the Intane® brand trademark.


2011

Recognized as a “Private Technology Enterprise of Jiangsu Province”.


2016

Listed on the National Small and Medium-sized Enterprises Stock Transfer System (stock code: 836787).


2019

Successfully delivered a 1.5-meter parallel optical tube, supporting the development of China’s largest 4-meter telescope.


2021

Designed spectral observation lenses for the all-superconducting tokamak fusion experiment, contributing to EAST’s record-setting “artificial sun.”
Assisted in China’s first Mars landing with the Tianwen-1 mission.
Supported astronauts aboard Shenzhou 12 at China’s first long-term space station.


2023

Designated as a “Small Giant” in national specialization and innovation.
Contributed to the start of observations with the Mozi Telescope.
Established as a “Jiangsu Provincial Academician Workstation” and a “Jiangsu Provincial Engineering Technology Research Center.”


  • 2003

    Intane Optics was founded and played a pivotal role in helping Hans Laser localize and mass-produce F-theta lenses.

  • 2005

    Initiated the development of parallel optical tubes for Harbin Institute of Technology (HIT).
    Registered the Intane® brand trademark.

  • 2008

    Launched the first independently developed generation of APO astronomical stargazers.

  • 2011

    Recognized as a “Private Technology Enterprise of Jiangsu Province”.

  • 2014

    Earned the title of “National High-Tech Enterprise”.
    Introduced the INTANE 800APO astronomical telescope, offering top-level imaging capabilities for astrophotography enthusiasts.
    High-damage-threshold laser optics passed an 8000W/C2 continuous laser test, achieving a leading domestic standard.

  • 2016

    Listed on the National Small and Medium-sized Enterprises Stock Transfer System (stock code: 836787).

  • 2018

    Developed a high-precision multi-star simulator, enabling performance testing of advanced imaging optical systems.

  • 2019

    Successfully delivered a 1.5-meter parallel optical tube, supporting the development of China’s largest 4-meter telescope.

  • 2020

    Supported lunar drilling and sampling for the Chang'e 5 Moon Exploration Project.

  • 2021

    Designed spectral observation lenses for the all-superconducting tokamak fusion experiment, contributing to EAST’s record-setting “artificial sun.”
    Assisted in China’s first Mars landing with the Tianwen-1 mission.
    Supported astronauts aboard Shenzhou 12 at China’s first long-term space station.

  • 2022

    Certified as a “Specialized and New Small and Medium-Sized Enterprise” in Jiangsu Province.
    Honored as a “Cultivating Unicorn” by Nanjing Municipality.

  • 2023

    Designated as a “Small Giant” in national specialization and innovation.
    Contributed to the start of observations with the Mozi Telescope.
    Established as a “Jiangsu Provincial Academician Workstation” and a “Jiangsu Provincial Engineering Technology Research Center.”

  • 2024

    Enabled successful sampling of the Moon’s far side with the Chang'e 6 robotic arm's close-up camera.