EQUIPMENT USED NONDESTRUCTIVE TESTING

Brand	Owner (click to sort)	Address	Description
LTI	LASER TECHNOLOGY, INC.	6912 South Quentin Street Centennial CO 80112	equipment used in nondestructive testing; namely, laser-based devices for scanning objects for defects, electronic shearography cameras and analyzers, laser-based devices for testing packages for leaks, units for testing objects for defects using infrared radiation, and holography equipment; namely, lasers, cameras, film developers, and hologram viewing devices;
LTI	LASER TECHNOLOGY, INC.	6912 South Quentin Street Centennial CO 80112	equipment used in nondestructive testing; namely, laser-based devices for scanning objects for defects, electronic shearography cameras and analyzers, laser-based devices for testing packages for leaks, units for testing objects for defects using infrared radiation, and holography equipment; namely, lasers, cameras, film developers, and hologram viewing devices;
LTI	LASER TECHNOLOGY, INC.	6912 South Quentin Street Centennial CO 80112	EQUIPMENT USED IN NONDESTRUCTIVE TESTING, NAMELY LASER-BASED DEVICES FOR SCANNING OBJECTS FOR DEFECTS, ELECTRONIC SHEAROGRAPHY CAMERAS AND ANALYZERS, LASER-BASED DEVICES FOR TESTING PACKAGES FOR LEAKS, UNITS FOR TESTING OBJECTS FOR DEFECTS USING INFRARED RADIATION, AND HOLOGRAPHY EQUIPMENT, NAMELY LASERS, CAMERAS, FILM DEVELOPERS, AND HOLOGRAM VIEWING DEVICES;
LTI	LASER TECHNOLOGY, INC.	6912 South Quentin Street Centennial CO 80112	equipment used in nondestructive testing, namely laser-based devices for scanning objects for defects, electronic shearography cameras and analyzers, laser-based devices for testing packages for leaks, units for testing objects for defects using infrared radiation, and holography equipment, namely lasers and cameras;LASER TECHNOLOGY INCORPORATION;Color is not claimed as a feature of the mark.;The stippling is a feature of the mark and does not indicate color.;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

This invention uses the cone beam CT (Computer Tomography) principle to obtain nondestructive image of any object. For good reconstruction datasets from 2 orthogonal planes about the object are required in order to augment the signal relative to the polar artifacts of a standard Feldkamp reconstruction algorithm. Here, we suggest a practical way of implementing the 2 orthogonal planes theory by replacing the 2 gantry rotations by 2 rotations of only one fixed gantry and one movement of the object position, making it simple and low cost. This method is applied to the non-intrusive inspection of baggage or imaging of mice for pharmaceutical purposes where the object has to remain in a horizontal plane throughout the procedure. This algorithm can also be applied to nondestructive testing of any solid materials, for example: imperfections in semi-conductors, electronic components, composite materials etc.