NONDESTRUCTIVE TESTING INSTRUMENTS

Brand Owner (click to sort) Address Description
38DL PLUS EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, ultrasonic thickness gauges, namely, precision thickness gauges and corrosion thickness gauges; ultrasound products and instruments, namely, ultrasonic inspection devices and probes for non-medical, non-destructive testing; and ultrasonic testing products and instruments, namely, ultrasonic thickness testers and hardness testers, for non-medical use;
38DLP OLYMPUS CORPORATION 2951 Ishikawa-machi, Hachioji-shi, Tokyo 192-8507 Japan Nondestructive testing instruments, namely, ultrasonic thickness gauges, namely, precision thickness gauges and corrosion thickness gauges; ultrasound products and instruments, namely, ultrasonic inspection devices and probes for non-medical, non-destructive testing; and ultrasonic testing products and instruments, namely, ultrasonic thickness testers and hardness testers, for non-medical use;38 DLP;
BTX EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, x-ray analyzers, x-ray fluorescence analyzers and x-ray diffraction analyzers not for medical use;
CHAIN OLYMPUS CORPORATION 2951 Ishikawa-machi, Hachioji-shi, Tokyo 192-8507 Japan Nondestructive testing instruments;
CLEARWAVE EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, ultrasonic flaw detectors;CLEAR WAVE;
COBRA EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, scanners for use with ultrasonic flaw detectors;
DELTA ELEMENT OLYMPUS CORPORATION 2951 Ishikawa-machi, Hachioji-shi, Tokyo 192-8507 Japan Nondestructive testing instruments, namely, x-ray diffraction analyzers, x-ray fluorescence analyzers, electromagnetic spectrometers, handheld material analyzers, and portable material analyzers;
DYNAMIC GAIN CAL OLYMPUS CORPORATION 2951 Ishikawa-machi, Hachioji-shi, Tokyo 192-8507 Japan nondestructive testing instruments;
EPOCH EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan nondestructive testing instruments, namely, ultrasonic flaw detectors;
FLEXOFORM EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, ultrasonic scanners for detection of corrosion, abrasion, and erosion; ultrasonic nondestructive testing instruments, namely, ultrasonic scanners for detection of corrosion, abrasion, and erosion; ultrasonic flaw detectors; phased array scanners;FLEXO FORM;
FOX-IQ EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, x-ray analyzers and x-ray fluorescence analyzers not for medical use;
GOLD XPERT EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, X-ray analyzers, X-ray fluorescence analyzers and X-ray diffraction analyzers, all not for medical use;GOLD EXPERT;GOLD;
HYDROFORM EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan nondestructive testing instruments, namely, scanners for use with ultrasonic flaw detectors;HYDRO FORM;
MAGNAFORM EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, scanners for use with ultrasonic flaw detectors and scanners holding eddy current array probes;MAGNA FORM;
MAIVIS SHIMADZU CORPORATION 1, Nishinokyo Kuwabaracho, Nakagyo-ku Kyoto 604-8511 Japan Nondestructive testing instruments, namely, ultrasonic flaw detectors; downloadable computer programs for use in ultrasonic flaw detectors; downloadable computer software for use in ultrasonic flaw detectors;
OILXPERT OLYMPUS CORPORATION 2951 Ishikawa-machi, Hachioji-shi, Tokyo 192-8507 Japan Nondestructive testing instruments, namely, X-ray analyzers, X-ray fluorescence analyzers and X-ray diffraction analyzers, all not for medical use;OIL EXPERT;
OLYMPUS OLYMPUS CORPORATION 2951 Ishikawa-machi, Hachioji-shi, Tokyo 192-8507 Japan Nondestructive testing instruments, namely, ultrasonic flaw detectors, eddy current flaw detectors, scanners, probes; nondestructive testing instruments using ultrasound, namely, thickness gages, precision thickness gages, corrosion thickness gages, handheld thickness gages, portable thickness gages, ultrasonic flaw detectors, portable ultrasonic flaw detectors, handheld ultrasonic flaw detectors, industrial ultrasonic flaw detectors, in-line ultrasonic flaw detectors, ultrasonic transducers, ultrasonic probes, pulse and receiver units, phased array flaw detector, portable ultrasound phased array flaw detectors, handheld ultrasound phased array flaw detectors, industrial phased array flaw detectors, in-line phased array flaw detectors, in-line phased array detectors, phased array probes, corrosion mapping, corrosion detectors; nondestructive testing instruments using ultrasound phased array, namely, phased array flaw detectors, portable ultrasound phased array flaw detectors, handheld ultrasound phased array flaw detectors, industrial phased array flaw detectors, in-line phased array flaw detectors, in-line phased array detectors, phased array probe, corrosion mapping, corrosion detectors; nondestructive testing instruments using eddy current, namely, portable eddy current flaw detectors, handheld eddy current flaw detectors, in-line eddy current flaw detectors, eddy current probes, bolt hole scanners, portable eddy current array flaw detectors, handheld eddy current array detectors, in-line eddy current array flaw detectors, eddy current array probes, eddy current array scanners; nondestructive testing instruments using eddy current array, namely, portable eddy current array flaw detectors, handheld eddy current array detectors, in-line eddy current array flaw detectors, eddy current array probes, eddy current array scanners; nondestructive testing systems consisting of ultrasonic probes and ultrasonic phased array probes, eddy current probes and eddy current array probes for the purpose of scanning test object to detect discontinuities by connecting above equipments; data acquisition systems consisting of computer software and hardware and electronic control systems for transmitting and receiving ultrasonic transducers and eddy current coils and high-speed data acquisition systems that interface with standard PCS to provide real-time imaging for detection and dimensioning through signal processing; transducers that utilize ultrasonic oscillations for testing equipment, products and systems in connection with flaw detection, thickness gauging, materials research, and medical diagnostics;[ Detergents or cleaning agents; detergents or cleaning agents for industrial use; detergents or cleaning agents for lenses, prisms, mirrors, processed glasses, optical precision components, microscopes, optical measuring instruments, automated chemistry analyzers, office automation equipment, photographic cameras, digital cameras, video tape recorders, eyeglasses, plastics, electronic components, metallic components, optical components, electromechanical components, substrates and precision equipment, and parts and fittings for aforementioned goods ];
PERFECTSQUARE OLYMPUS CORPORATION 2951 Ishikawa-machi, Hachioji-shi, Tokyo 192-8507 Japan Nondestructive testing instruments, namely, ultrasonic flaw detectors;PERFECT SQUARE;
SUREVIEW EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, ultrasonic flaw detectors;SURE VIEW;
TERRA EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, x-ray analyzers, x-ray fluorescence analyzers and x-ray diffraction analyzers not for medical use;
V-PATH BUILDER EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan nondestructive testing instruments, namely, ultrasonic thickness gauges;V-PATH;
VANTA EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, x-ray fluorescence analyzers;The wording VANTA has no meaning in a foreign language.;
VANTA ELEMENT OLYMPUS CORPORATION 2951 Ishikawa-machi, Hachioji-shi, Tokyo 192-8507 Japan Nondestructive testing instruments, namely, x-ray diffraction analyzers, x-ray fluorescence analyzers, electromagnetic spectrometers, handheld material analyzers, and portable material analyzers;
XPERT PIN OLYMPUS CORPORATION 2951 Ishikawa-machi, Hachioji-shi, Tokyo 192-8507 Japan Nondestructive testing instruments, namely, x-ray analyzers, x-ray fluorescence analyzers and x-ray diffraction analyzers not for medical use;XPERT PIN; EXPERT PIN;
XPERTPIN EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, X-ray analyzers and X-ray fluorescence analyzers not for medical use;EXPERT PIN;
XPERTSDD EVIDENT CORPORATION 6666 Oaza Inatomi, Tatsuno-machi Kamiina-gun, Nagano 399-0495 Japan Nondestructive testing instruments, namely, x-ray analyzers, x-ray fluorescence analyzers and x-ray diffraction analyzers not for medical use;XPERT SDD; EXPERT SDD;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. 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.