In manufacturing processes, inspection capability is increasingly used as early in the production value chain as possible to ensure that scrap and rework costs are minimised. Fast radiographic in-line inspection systems, fully unmanned and equipped with automatic defect recognition e.g. of castings, are now state-of-the-art technology. This paper explains the next evolutionary step within the X-ray technology of utilizing fast computer tomography technology, scanning concepts and algorithms fulfilling high- throughput requirements for different applications and first results of an atline / inlineCT evaluation at Volkswagen Foundry Hannover, Germany
The inspection system is crucial to ensure the system is always in a good condition. A technique tha...
The analysis of random samples as well as the inspection and verification of prototypes, e.g. in alu...
X-ray Computed Tomography (CT) has been applied in agriculture engineering for quality and defect co...
Increasing complexity of innovative products as well as growing requirements on quality and reliabil...
Bei der industriellen Produktion von Hightech-Gussteilen ist der Einsatz von schnellen, leistungsfäh...
Mobile Tomographic Computer Aided Radiometry (TomoCAR) is based on the mechanical position control o...
This contribution considers main aspects of inline application of 3D computed tomography. Possible s...
The application of industrial CT covers many orders of magnitude of object sizes, ranging from freig...
Analysis of random samples as well as inspection and verification of prototypes, e.g. in aluminium c...
Abstract In recent years X-ray computed tomography (CT) has received a growing interest in industry....
The demands placed on the production of castings in terms of quality, price structure, reliability a...
In many sectors of the industry geometric inspection of complex parts is currently solved by convent...
The aim of our work was the integration of various newly-developed methods into a system for fully a...
We present a system for industrial x-ray computed tomography that has been optimized for all phases ...
The process conditions in rapid-technologies are often more difficult and exhibit less repeatability...
The inspection system is crucial to ensure the system is always in a good condition. A technique tha...
The analysis of random samples as well as the inspection and verification of prototypes, e.g. in alu...
X-ray Computed Tomography (CT) has been applied in agriculture engineering for quality and defect co...
Increasing complexity of innovative products as well as growing requirements on quality and reliabil...
Bei der industriellen Produktion von Hightech-Gussteilen ist der Einsatz von schnellen, leistungsfäh...
Mobile Tomographic Computer Aided Radiometry (TomoCAR) is based on the mechanical position control o...
This contribution considers main aspects of inline application of 3D computed tomography. Possible s...
The application of industrial CT covers many orders of magnitude of object sizes, ranging from freig...
Analysis of random samples as well as inspection and verification of prototypes, e.g. in aluminium c...
Abstract In recent years X-ray computed tomography (CT) has received a growing interest in industry....
The demands placed on the production of castings in terms of quality, price structure, reliability a...
In many sectors of the industry geometric inspection of complex parts is currently solved by convent...
The aim of our work was the integration of various newly-developed methods into a system for fully a...
We present a system for industrial x-ray computed tomography that has been optimized for all phases ...
The process conditions in rapid-technologies are often more difficult and exhibit less repeatability...
The inspection system is crucial to ensure the system is always in a good condition. A technique tha...
The analysis of random samples as well as the inspection and verification of prototypes, e.g. in alu...
X-ray Computed Tomography (CT) has been applied in agriculture engineering for quality and defect co...