Aviation and Aerospace - Applications of 3D Scanners - HOLON 3D

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Aircraft shell defect detection

During the long-term high altitude flight of the aircraft, the high intensity air pressure on the shell surface and the objects in the air are prone to produce large range of depressions due to friction and collision. In order to ensure the stability of the cabin air pressure, it is necessary to repair the depressions of the aircraft shell, so as to ensure the safety of the aircraft during flight and achieve the purpose of extending the working time cycle of the aircraft.

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Three dimensional scanning of ship engines

The engine is the source of power for ships, and it can also act as a generator set by burning fuel to generate power, providing power for onboard equipment. With the rise of sea routes, ships have become increasingly important, playing a significant role in both passenger and cargo transportation.

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Reverse design of aircraft tail

The tail wing is a device installed at the tail of the aircraft, which can enhance the stability of flight. The tail can be used to control the pitch, yaw and tilt of the aircraft to change its flight attitude. The tail is an important part of the flight control system. It is inevitable that damage will occur during use, so it is necessary to quickly obtain the appearance data of the aircraft tail wing to provide accurate data solutions for later maintenance, repair and transformation.

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3D scanning of aircraft impeller

As the core component of the aeroengine, the overall outline of the impeller is a three-dimensional free-form surface. In the inspection of similar parts of impellers, high-precision inspection is the top priority in the entire inspection process. In the process of multiple inspections and practices, a mature and complete inspection plan has gradually been formed.

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Yacht cabin 3D scanning scheme

From the prehistoric coffin to the boat, the ship experienced the era of canoes and wooden boats. After the advent of the world's first steel ship in 1879, it began the era of steel ships. The customer is a well-known ship manufacturing enterprise in China. It needs to reverse design and 3D reconstruction of the inspection of the abandoned yacht cabin, and finally lay the foundation for the improvement and processing of the yacht.

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The head of a Boeing airplane is in reverse design

A customer is doing the aircraft simulation equipment, application of teaching body within the major airlines plane, need to get high precision three-dimensional model of Boeing aircraft nose, uh guano engineers use our new product - W3000 HL, rapid and accurate to obtain the 3 d data of the Boeing aircraft nose, meet airlines on its new students training and the demand of the old employees retraining.

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Aircraft engine soundproof cabin 3D scanning case

A large German airline uses our 3D scanner combined with the photogrammetry system to conduct 3D measurements of the aircraft engine soundproof cabin to obtain ultra-high-precision 3D data, detect and analyze whether the product is qualified, and lay the foundation for later reverse design mold opening and processing, saving money. cost.

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3D scanning of the inner wall of aircraft engine

A major airline has specially invited our company to conduct 3D scanning of the inner wall of aircraft engines to obtain high-precision 3D data, thereby achieving modeling and repair of the inner wall of aircraft engines to save costs and time. This will reduce the difficulty of later mold opening, processing, and repair work.

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3D scanning of aircraft engine cover mold

The aircraft engine cover is an indispensable and crucial component of an aircraft, which not only affects the safety performance of the aircraft but also plays a significant role in the aesthetic appearance of the aircraft. A major airline requires 3D scanning of the aircraft engine cover mold to obtain high-precision 3D data, thereby achieving cost and time savings in repairing and reworking damaged aircraft engine covers, and providing effective data support for subsequent mold opening and processing.

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