The cylinder
Hua Lang handheld scanner significantly reduced productivity, quickly get the cylinder head surface data while helping to make the scanned data is more comprehensive, operator rich three dimensional scanning experience, detail parts clear performance.Senior reverse engineer based on high density point cloud data to distinguish the key parts and defects of the product itself to ensure that product design meet the processing logic.
Used machine: handheld laser scanner (3DH-M)
This advantages: small size, light weight, easy to handle, scanning speed, the need of an external AC power source.
Quickly scanning the cylinder head, gets a high density point cloud data, Hua long three-dimensional detection combined with professional software, you can automatically analyze output test report, clearly shows a visualization of the error value, allowing enterprises to grasp the product quality, ensure product percent of pass

Cylinder head scanning the scene
Hua Lang handheld scanner significantly reduced productivity, quickly get the cylinder head surface data while helping to make the scanned data is more comprehensive, operator rich three dimensional scanning experience, detail parts clear performance.Senior reverse engineer based on high density point cloud data to distinguish the key parts and defects of the product itself to ensure that product design meet the processing logic.

Cylinder head images and STL triangular mesh data
Data interface after scanning a wide range can be modified directly in the data.Data obtained to import Pro/e, UG and other mainstream reverse software for post-processing, or direct data is retrofitted, the innovation, the result more intuitive, scientific, credible, greatly increasing a success.
Technician does not use a common design software, but for scanning artifacts out of the data collected, using specialized modeling software such as CATIA design II, concluded that data can be programmed directly in the UG, Pro/e software, used on the machine, greatly shortening the time painting and design in the past.