The XTOP3D Tube Qualify 3D optical tube measurement system effectively resolves industry pain points associated with traditional tube inspection—such as low efficiency, susceptibility to scratching, and the difficulty of achieving comprehensive inspection. It enables 100% in-line inspection of tubing in the aerospace and automotive sectors and establishes a "measurement-correction-production" data closed loop, thereby reducing costs, enhancing efficiency, and fortifying quality assurance for high-end intelligent manufacturing of tubing.

As critical components of fuel and hydraulic systems, aviation pipelines demand rigorous precision and comprehensive inspection; however, traditional inspection methods suffer from low efficiency and poor traceability. Powered by non-contact optical technology, the XTOP3D Tube Qualify 3D tube measurement system enables rapid, one-click measurement and high-precision inspection (±0.1 mm). It supports full-dimensional inspection, YBC parameter analysis, reverse modeling, and process optimization for tube benders. By significantly boosting inspection efficiency and reducing trial-bending costs, the system provides digital assurance across the entire manufacturing workflow and offers an innovative solution that meets airworthiness standards.

XTOP3D possesses nearly two decades of technical expertise in the field of bent-tube measurement. Its TUBE QUALIFY 3D measurement system is designed for a wide range of complex tubular components, including flexible hoses, free-form bent tubes, variable-diameter tubes, branched tubes, composite tubes, and adapters. With one-click operation, the system captures critical parameters—such as bend point coordinates (XYZ), YBC data, and sleeve tolerances—and the results can be used to calibrate tube-bending machine settings, thereby enhancing setup efficiency.

The XTOP3D Tube Qualify 3D bend tube measurement system features high accuracy, fast speed, simple operation, and excellent repeatability. It is suitable for measuring various types of tubes in aviation, automotive, air conditioning, and marine applications, providing the bend manufacturing industry with a comprehensive solution that can meet various bend quality inspection challenges.

The XTOP3D Tube Qualify 3D tube bend online inspection system is an innovative application in the inspection and production process of air conditioning pipe fittings. It measures the bend angle, radius, length, 3D spatial coordinates, and nozzle position of air conditioning pipe bends, and outputs a machining deviation detection report with bend point data (including coordinates and YBC).

The Tube Qualify 3D tube online inspection system captures precise 3D data of complex automotive tubes. Combined with the system's professional tube inspection software, it enables digital inspection of complex automotive pipelines (including inflection point search and calculation, YBC data calculation, and sheath deviation measurement). The measurement process is fully automated, delivering high speed and precision.

The XTOP3D Tube Qualify 3D tube bending measurement system, based on multi-camera photogrammetry and pipeline reconstruction technology, uses non-contact pipeline measurement to achieve real-time data transmission with CNC tube bending machines and utilizes unique algorithm feedback to correct springback during the tube bending process.

The XTOP3D TUBE QUALIFY online inspection system for tube bends can be used for quality control during online tube production, machine calibration during new tube bending machine development, and 3D reverse reconstruction of conduits. The system offers repeatable calculation and review capabilities, resulting in accurate and stable 3D reconstruction of pipe bends. Its well-developed calibration interface makes it user-friendly, fast, and easy to use.

The Tube Qualify 3D optical tube bend measurement system offers enhanced inspection efficiency, completing in-line inspections in just 2 seconds with higher accuracy and producing illustrated inspection reports. The Tube Qualify system is not only suitable for pipeline inspection, but can also be used for pipeline reversal, tube bending machine commissioning, and non-standard tube inspection. It can be combined with robotic arms, loading and unloading racks, and a host computer control system to achieve highly efficient automated 3D tube bend inspection.

The TUBE QUALIFY 3D bend tube online inspection system requires no human intervention during the measurement process. It can measure multiple tubes and fittings at a time, replacing a large number of traditional inspection tools with one machine. This greatly improves inspection efficiency and is truly intelligent online inspection.

The Tube Qualify 3D optical tube inspection system, independently developed by XTOP 3D, is a domestic first. The system utilizes multi-camera flexible spatial calibration, image recognition, and 3D stereo matching technologies to rapidly reconstruct 3D models of tubes and fittings. It is suitable for non-contact, optical 3D online inspection of specialized and complex pipe bends.

The Tube Qualify 3D in-line tube inspection system captures precise 3D data of complex tubular components. Paired with proprietary, specialized tube inspection software, it enables the measurement of tube adapters and facilitates the digital inspection of complex piping systems—including inflection point detection and calculation, YBC data computation, and sleeve deviation measurement.