Industrial Inspection
The AlphaScan AI metrology-grade handheld 3D scanner leverages advanced AI algorithms and super-resolution 3D reconstruction technology to deliver industry-leading precision as high as 0.020 mm—equivalent to just one-quarter the diameter of a human hair—and boasts an impressive scanning rate of up to 7.1 million points per second. Designed to be lightweight (the device weighs approximately 1070 grams), it supports non-contact measurements, enabling rapid acquisition of detailed 3D point cloud data from object surfaces while generating highly accurate 3D models. This versatile tool finds extensive applications across diverse industries, including automotive manufacturing, mold making, aerospace, photovoltaic energy, healthcare, and machining—helping companies streamline critical tasks such as quality control, reverse engineering, dimensional inspection, and defect analysis. When conducting industrial inspections with AlphaScan, a standardized workflow is typically followed to ensure data accuracy and reliability. The core process consists of four key steps:
Our strengths
Metrology-grade precision guaranteed
A measurement accuracy of 0.020 mm can capture even the finest details of an object, ensuring high fidelity in reverse engineering models.
Fast and efficient
The process from scanning to generating usable data is highly efficient, enabling real-time preview and initial processing. AI algorithms significantly accelerate data handling and stitching, dramatically reducing the reverse engineering cycle time.
Multi-scenario adaptability
The portable, handheld design enables in-situ scanning of large, stationary equipment directly at the worksite; its multiple laser modes and robust anti-interference capabilities ensure reliable performance even when tackling complex curved surfaces, deep holes, and challenging workshop environments.
Low threshold, low cost
Simple operation paired with comprehensive training makes the equipment highly cost-effective, lowering the barrier for businesses to adopt high-precision reverse engineering technology.