2015
In 2015
August
Shanghai Yida Optoelectronics Technology Co., Ltd. was established.
October
Applied for a patent on a “Replaceable Head for Borescopes” and launched electronic borescopes capable of adapting to various working conditions—offering flexible viewing angles, directions, and depths of field, and breaking the monopoly of imported products.
November
Applied for patents on “Insertion Section and Disposable Borescope” and “Bending Section and Disposable Borescope,” laying the technical groundwork for disposable borescope solutions.
Shanghai Yida Optoelectronics Technology Co., Ltd. was established.
October
Applied for a patent on a “Replaceable Head for Borescopes” and launched electronic borescopes capable of adapting to various working conditions—offering flexible viewing angles, directions, and depths of field, and breaking the monopoly of imported products.
November
Applied for patents on “Insertion Section and Disposable Borescope” and “Bending Section and Disposable Borescope,” laying the technical groundwork for disposable borescope solutions.
2016
In 2016
October
Applied for a patent on “Borescope Bending Section.” Pioneered an ultra-thin, articulating borescope solution applicable to both industrial and medical fields. Released the world’s first Φ2.0 mm dual-direction articulating electronic borescope.
November
Applied for a patent on “Modular Insertion Section and Borescope,” introducing the world’s first replaceable insertion section for both disposable medical and industrial borescopes.
Applied for a patent on “Borescope Bending Section.” Pioneered an ultra-thin, articulating borescope solution applicable to both industrial and medical fields. Released the world’s first Φ2.0 mm dual-direction articulating electronic borescope.
November
Applied for a patent on “Modular Insertion Section and Borescope,” introducing the world’s first replaceable insertion section for both disposable medical and industrial borescopes.
2017
In 2017
March
Launched the world’s first Φ1.7 mm outer diameter dual-direction articulating electronic borescope.
September
Applied for a patent on “Focusing Borescope” and developed the world’s first ultra-thin, high-definition borescope (Φ3.9 mm) with adjustable focus, improving defect inspection clarity in confined areas.
October
Launched the world’s first Φ1.3 mm outer diameter dual-direction articulating electronic borescope.
Launched the world’s first Φ1.7 mm outer diameter dual-direction articulating electronic borescope.
September
Applied for a patent on “Focusing Borescope” and developed the world’s first ultra-thin, high-definition borescope (Φ3.9 mm) with adjustable focus, improving defect inspection clarity in confined areas.
October
Launched the world’s first Φ1.3 mm outer diameter dual-direction articulating electronic borescope.
2018
In 2018
September
Launched the world’s first 1-megapixel borescope with a Φ3.0 mm outer diameter.
December
Applied for a patent on “Motor-Assisted Articulation System for Borescopes,” proposing a compact, responsive bending control system with tactile resistance feedback and no operational delay.
Launched the world’s first 1-megapixel borescope with a Φ3.0 mm outer diameter.
December
Applied for a patent on “Motor-Assisted Articulation System for Borescopes,” proposing a compact, responsive bending control system with tactile resistance feedback and no operational delay.
2019
In 2019
April
Applied for a patent on “Integrated Straight-and-Side-View Borescope,” introducing an ultra-thin, high-resolution single-camera design for dual-view inspection.
September
Launched a 3D measurement borescope based on binocular imaging technology.
Applied for a patent on “Integrated Straight-and-Side-View Borescope,” introducing an ultra-thin, high-resolution single-camera design for dual-view inspection.
September
Launched a 3D measurement borescope based on binocular imaging technology.
2020
In 2020
July
Applied for a patent on “Borescope Bending Segment.” Introduced a simplified snake-bone design that achieves minimal outer diameter and maximum internal lumen—balancing low cost with structural quality.
Applied for a patent on “Borescope Bending Segment.” Introduced a simplified snake-bone design that achieves minimal outer diameter and maximum internal lumen—balancing low cost with structural quality.
2021
In 2021
February
Applied for a patent on “Dual-View Integrated Head for Borescopes,” offering an ultra-thin, ultra-short dual-camera solution for straight and side views.
February
Applied for a patent on “360° Rotating Insertion Tube Borescope,” enabling the insertion tube to rotate freely relative to the handle for efficient and blind-spot-free inspections.
May
Awarded the title of Industry-Academia-Research Base by Tongji University.
Applied for a patent on “Dual-View Integrated Head for Borescopes,” offering an ultra-thin, ultra-short dual-camera solution for straight and side views.
February
Applied for a patent on “360° Rotating Insertion Tube Borescope,” enabling the insertion tube to rotate freely relative to the handle for efficient and blind-spot-free inspections.
May
Awarded the title of Industry-Academia-Research Base by Tongji University.
2022
In 2022
October
Applied for a patent on “Four-Way Articulating Borescope Bending Section,” with an ultra-thin snake-bone structure that enhanced flexibility, durability, and internal space optimization.
October
Applied for a patent on “Arthroscope,” featuring an incision-free, anesthesia-free design for outpatient diagnostic and therapeutic procedures. (Medical-related)
December
Applied for a patent on “Spray System for Borescopes,” developing a Φ1.2 mm ultra-thin atomizer with wide-angle dispersion for targeted in-body spraying of drugs or dyes.
Applied for a patent on “Four-Way Articulating Borescope Bending Section,” with an ultra-thin snake-bone structure that enhanced flexibility, durability, and internal space optimization.
October
Applied for a patent on “Arthroscope,” featuring an incision-free, anesthesia-free design for outpatient diagnostic and therapeutic procedures. (Medical-related)
December
Applied for a patent on “Spray System for Borescopes,” developing a Φ1.2 mm ultra-thin atomizer with wide-angle dispersion for targeted in-body spraying of drugs or dyes.
2023
In 2023
February
Launched the world’s first Φ1.7 mm outer diameter four-way articulating borescope with fiber-optic illumination.
March
Applied for a patent on “Anti-Drop Replaceable Lens and Borescope,” eliminating lens detachment risk through innovative structure—solving a long-standing safety concern in dual-thread designs.
August
Applied for a patent on “Curved-Channel Insertion Device and Borescope,” optimizing structural design for better navigation through narrow and tortuous spaces, with improved stability and compression resistance.
Launched the world’s first Φ1.7 mm outer diameter four-way articulating borescope with fiber-optic illumination.
March
Applied for a patent on “Anti-Drop Replaceable Lens and Borescope,” eliminating lens detachment risk through innovative structure—solving a long-standing safety concern in dual-thread designs.
August
Applied for a patent on “Curved-Channel Insertion Device and Borescope,” optimizing structural design for better navigation through narrow and tortuous spaces, with improved stability and compression resistance.
2024
In 2024
March
Achieved a major breakthrough with second-generation measurement borescopes—marking a transition from basic measurement to high-efficiency precision metrology.
May
Launched the world’s first Φ1.2 mm outer diameter dual-direction articulating fiber-optic borescope.
July
Relocated to Wuxi and established Zhongke Intelligent (Wuxi) Technology Co., Ltd.
Achieved a major breakthrough with second-generation measurement borescopes—marking a transition from basic measurement to high-efficiency precision metrology.
May
Launched the world’s first Φ1.2 mm outer diameter dual-direction articulating fiber-optic borescope.
July
Relocated to Wuxi and established Zhongke Intelligent (Wuxi) Technology Co., Ltd.
2025
In 2025
March
Released a Φ3.9 mm replaceable-tip measurement borescope with monocular stereo vision technology.
May
Launched the world’s first Φ1.0 mm outer diameter dual-direction articulating fiber-optic borescope.
Released a Φ3.9 mm replaceable-tip measurement borescope with monocular stereo vision technology.
May
Launched the world’s first Φ1.0 mm outer diameter dual-direction articulating fiber-optic borescope.
2015
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
