3D laser scanning is a technology that can be used for creating accurate and realistic virtual representations of production systems. The purpose with this paper is to present lessons learned from how to carrying out the 3D laser scanning. These lessons learned derive from a review of six industrial studies that applied 3D laser scanning to solve different production related problems. The review shows that good planning and preparation is key factors for high quality and accuracy of the resulting scan data
Today’s product development cycles demand manufacturing system development to meet ever changing pro...
Organised by: Cranfield UniversityA consistent and accurate digital data model takes a major role du...
The design process of production systems is complex with many different aspects to consider for effi...
3D laser scanning is a technology that can be used for creating accurate and realistic virtual repre...
Abstract: 3D laser scanning is a technology that can be used for creating accurate and realistic vir...
Using 3D laser scanning, the spatial data of an entire production system can be captured and digital...
Using 3D laser scanning, the spatial data of an entire production system can be captured and digital...
Today’s product development cycles demand manufacturing system development to meet ever changing pro...
Today’s product development cycles demand manufacturing system development to meet ever changing pro...
A problem in factory planning is that drawings for factory and manufacturing lines are mostly outdat...
A problem in factory planning is that drawings for factory and manufacturing lines are mostly outdat...
Abstract Production system layouts are traditionally redesigned and modelled using CAD tools. Freque...
According to earlier research 3D laser scanning technology has proven to be a very efficient method ...
As a result of the significant shortening of time in factory planning processes, a reduction of the ...
3D scanning is one of the lesser talked about technologies used for designing, inspection, and quali...
Today’s product development cycles demand manufacturing system development to meet ever changing pro...
Organised by: Cranfield UniversityA consistent and accurate digital data model takes a major role du...
The design process of production systems is complex with many different aspects to consider for effi...
3D laser scanning is a technology that can be used for creating accurate and realistic virtual repre...
Abstract: 3D laser scanning is a technology that can be used for creating accurate and realistic vir...
Using 3D laser scanning, the spatial data of an entire production system can be captured and digital...
Using 3D laser scanning, the spatial data of an entire production system can be captured and digital...
Today’s product development cycles demand manufacturing system development to meet ever changing pro...
Today’s product development cycles demand manufacturing system development to meet ever changing pro...
A problem in factory planning is that drawings for factory and manufacturing lines are mostly outdat...
A problem in factory planning is that drawings for factory and manufacturing lines are mostly outdat...
Abstract Production system layouts are traditionally redesigned and modelled using CAD tools. Freque...
According to earlier research 3D laser scanning technology has proven to be a very efficient method ...
As a result of the significant shortening of time in factory planning processes, a reduction of the ...
3D scanning is one of the lesser talked about technologies used for designing, inspection, and quali...
Today’s product development cycles demand manufacturing system development to meet ever changing pro...
Organised by: Cranfield UniversityA consistent and accurate digital data model takes a major role du...
The design process of production systems is complex with many different aspects to consider for effi...