Rapidimege, Author at Rapid Image Technology Limited

A detailed explanation of the core performance of the image intensifier
Categories: Technical White PapersBy Rapidimege8.3 min read
PLIF systems are commonly used in the field of combustion […]

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In August 2024, the high-frequency response multi-hole probe speed measurement system was signed at the Southern University of Science and Technology and delivered at the end of September.
Categories: UncategorizedBy Rapidimege1.8 min read
The high-frequency response multi-hole probe velocity measurement system is a […]

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In June 2024, we signed a contract with the Engine Research Institute of Beijing University of Aeronautics and Astronautics for a laser-induced grating temperature measurement system, which was delivered in September 2024.
Categories: UncategorizedBy Rapidimege2.5 min read
As environmental protection and the reduction of fossil fuel consumption […]

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In May 2025, we signed a contract with Beijing Yashi Hengyuan Technology Development Co., Ltd. for the design of a micron-level microscopic thermal imaging measurement platform, which is expected to be delivered in March 2025.
Categories: UncategorizedBy Rapidimege1.8 min read
The design of a micron-level microscopic thermal imaging measurement platform […]

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In February 24, we signed a contract with Beihang University for vacuum laser system testing services and completed it at the end of May.
Categories: UncategorizedBy Rapidimege1.3 min read
Vacuum laser system testing services usually involve the evaluation and […]

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In May 2023, we signed a contract with Beijing Institute of Technology to build a 3D fully automatic coordinate frame system and completed it in August.
Categories: UncategorizedBy Rapidimege1.8 min read
A 3D fully automatic coordinate frame generally refers to a […]

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Rapidimege

A detailed explanation of the core performance of the image intensifier

In August 2024, the high-frequency response multi-hole probe speed measurement system was signed at the Southern University of Science and Technology and delivered at the end of September.

In June 2024, we signed a contract with the Engine Research Institute of Beijing University of Aeronautics and Astronautics for a laser-induced grating temperature measurement system, which was delivered in September 2024.

In May 2025, we signed a contract with Beijing Yashi Hengyuan Technology Development Co., Ltd. for the design of a micron-level microscopic thermal imaging measurement platform, which is expected to be delivered in March 2025.

In February 24, we signed a contract with Beihang University for vacuum laser system testing services and completed it at the end of May.

In May 2023, we signed a contract with Beijing Institute of Technology to build a 3D fully automatic coordinate frame system and completed it in August.

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