3D Scanning Cases
The exhaust system is comprised of piping that is used to guide exhaust gases away from a controlled combustion inside the engine. Upgrading the exhaust system is momentous to improve your vehicle’s engine flow.
Impeller is usually designed with narrow gaps, which forms obstacles to conduct 3D measurement from different angles and capture complete 3D data.
Automakers have difficulty in inspection of large automotive molds. How does 3D scanning help automakers stand out in the highly competitive automotive manufacturing market?
Snowplow consists of frame, chopping, shoveling and crushing parts. The design principle is to achieve high efficiency, low cost, and multi-function. Therefore, the quality control of snowplow parts has become increasingly important.
With the popularization of 3D engraving equipment in the woodcarving industry, an effective and simple 3D modeling method carries a big weight. 3D scanning technology is a brand new way due to its high accuracy and efficiency.
Technologies like 3D scanning, 5G, AR/VR, provide achievable support for the development of 3D teaching materials. 3D scanning application has already been a global phenomenon in different fields due to its high accuracy and efficiency.
Gasoline engine cylinder is relatively complicated in structure, the gap between the blades is narrow and deep. 3D inspection of a gasoline engine cylinder is beneficial for manufacturers to better carry out quality control.
3D scanning technology optimizes product development and 3D inspection workflows for manufacturing companies. By using 3D scanner, the complete 3D data and realistic 3D model of the pump impeller are easily obtained.
As an efficient and convenient measurement tool, handheld 3D scanners overcome the shortcomings of the traditional measuring device. How does laser scanning technology satisfy manufacturers’ needs?