Tubing is the piping used to transport crude oil and natural gas from the reservoir to the surface after drilling is completed; it must withstand the pressures generated during the extraction process. Consequently, the tubing is susceptible to damage that can impair its functionality. Therefore, 3D scanners are employed to capture data for comparative analysis, allowing for the identification of issues and timely corrective actions to avoid disrupting subsequent operational schedules.

On-site scan image

The oil pipe is long and slender with varying curvature, and the requirements for data accuracy are high; however, its specific geometric features prevent traditional 3D scanning equipment from capturing accurate data. Consequently, the client is seeking a 3D scanner capable of overcoming this challenge.

On-site scan image

Our company utilized the HOLON751 handheld 3D scanner to perform a comprehensive, non-contact scan of the oil pipe, completing the data acquisition within just 10 minutes. The HOLON751 offers rapid scanning speeds and high data accuracy; its flexible and convenient operation minimizes time consumption and enhances overall work efficiency.

STL Data Diagram

By importing the acquired data into 3D inspection software for processing, clear and intuitive comparative analysis reports against the original CAD model can be generated; this enables the identification of issues and facilitates adjustments and optimizations, resulting in higher-quality products, improved product utilization, and reduced costs.

STL Data Diagram

STL Data Diagram