LUMITRON TECHNOLOGY, INC.

Scientific and industrial apparatus for the generation of X-rays and electron beams, namely, tunable quasi-monochromatic X-ray sources based on laser-Compton scattering with integrated electron beam generation systems; non-medical X-ray imaging systems comprising X-ray detectors, image recording components, and electronic image storage and processing units; X-ray and electron beam apparatus not for medical purposes; Medical apparatus for the generation of X-rays and electron beams, namely, tunable quasi-monochromatic X-ray sources based on laser-Compton scattering with integrated electron beam generation systems; medical imaging systems comprising X-ray detectors, image acquisition and storage components for diagnostic use; radiological apparatus for medical purposes; apparatus for radiotherapy and image-guided radiotherapy; apparatus for use in theranostic applications combining diagnostic imaging with therapeutic treatment

Scientific and industrial apparatus for the generation of X-rays and electron beams, namely, tunable quasi-monochromatic X-ray sources based on laser-Compton scattering with integrated electron beam generation systems; non-medical X-ray imaging systems comprising X-ray detectors, image recording components, and electronic image storage and processing units; X-ray and electron beam apparatus not for medical purposes; Medical apparatus for the generation of X-rays and electron beams, namely, tunable quasi-monochromatic X-ray sources based on laser-Compton scattering with integrated electron beam generation systems; medical imaging systems comprising X-ray detectors, image acquisition and storage components for diagnostic use; radiological apparatus for medical purposes; apparatus for radiotherapy and image-guided radiotherapy; apparatus for use in theranostic applications combining diagnostic imaging with therapeutic treatment

Scientific and industrial apparatus for the generation of X-rays and electron beams, namely, tunable quasi-monochromatic X-ray sources based on laser-Compton scattering with integrated electron beam generation systems; non-medical X-ray imaging systems comprising X-ray detectors, image recording components, and electronic image storage and processing units; X-ray and electron beam apparatus not for medical purposes; Medical apparatus for the generation of X-rays and electron beams, namely, tunable quasi-monochromatic X-ray sources based on laser-Compton scattering with integrated electron beam generation systems; medical imaging systems comprising X-ray detectors, image acquisition and storage components for diagnostic use; radiological apparatus for medical purposes; apparatus for radiotherapy and image-guided radiotherapy; apparatus for use in theranostic applications combining diagnostic imaging with therapeutic treatment

Scientific and industrial apparatus for the generation of X-rays and electron beams, namely, tunable quasi-monochromatic X-ray sources based on laser-Compton scattering with integrated electron beam generation systems; non-medical X-ray imaging systems comprising X-ray detectors, image recording components, and electronic image storage and processing units; X-ray and electron beam apparatus not for medical purposes; Medical apparatus for the generation of X-rays and electron beams, namely, tunable quasi-monochromatic X-ray sources based on laser-Compton scattering with integrated electron beam generation systems; medical imaging systems comprising X-ray detectors, image acquisition and storage components for diagnostic use; radiological apparatus for medical purposes; apparatus for radiotherapy and image-guided radiotherapy; apparatus for use in theranostic applications combining diagnostic imaging with therapeutic treatment

Medical imaging apparatus, diagnostic imaging apparatus for medical use; light beam imaging apparatus for medical diagnostic use; a monochromatic x-ray beam system primarily comprised of medical imaging apparatus used for medical imaging and medical therapy; imaging apparatus for the medical imaging of radioactive and fissionable materials

Electromagnetic high vacuum roughing pumps, namely, a mechanical vacuum pump used to evaluate vacuum systems used in generating high energy light sources; electromagnetic ultrahigh vacuum turbo pumps, namely, a pump used to generate and maintain a high level of vacuum for generating high energy light sources; ultrahigh vacuum ion pumps, namely, a vacuum pump used to generate low pressure for creating high-energy laser light sources | Computer hardware and recorded software for collecting, storing and transmitting data and images for use with a medical imaging apparatus for user interface and control, namely, initiation of operations, optimization of output, monitoring of performance, monitoring safety interlocks and permissions, monitoring remote operations of the machine, exposing settings for imaging, indicating dose settings for therapy, shutting down machine operations, collection of operational machine data including input RF power, input photo-electron laser pulse energy, input photo-electron laser pulse duration, input photo-electron laser pulse pointing, input photo-electron pulse beam profile, input photo-electron laser interlocks, electron beam position, accelerator vacuum levels, accelerator cooling water temperature, accelerator cooling water flow rate, electron beam focusing optics settings, electron beam energy, interaction laser pulse energy, interaction laser pulse duration, interaction laser pulse pointing, interaction laser pulse beam profile, interaction laser pulse interlocks, alignment diagnostics of electron and laser beam interactions, x-ray beam profile, x-ray beam energy, x-ray aperture diameter, electron beam dump radiation levels, electron beam interlocks, x-ray imaging data, 3 dimensional position relative to the x-ray beam and imaging detector system of objects or patients to be imaged data, diffraction images of samples data, reconstruction of sample structure from diffraction images data, phase contrast images of objects or patients data, reconstruction of tomographic image data to produce 3D renderings of the sample structure, collection of two color x-ray images, and subtraction of two color x-ray images to produce element-specific image information | Monochromatic x-ray beam system comprising high frequency RF power source consisting of an electronic high voltage modulator and klystron, namely, electron tubes; high frequency RF waveguides to deliver RF power to the high frequency RF accelerator structure; high frequency electronic RF photo-injector, namely, a device used to create intense electron beams; high current electromagnetic solenoids in the nature of coils for control of photo-injector electron beam emittance; electronic electron beam position monitoring detectors; electron beam deflection optics, namely, a device for deflecting and/or focusing high energy electron beams for use in generation of high energy x-rays; electron beam focusing quadrupoles, namely, a device used to focus high energy electrons for use in x-ray generation; electron beam dipole magnets; electron beam dump with radiation shielding, namely, a device used to absorb high energy electrons and shield surrounding instrumentation from the resulting x-rays, neutrons and particles created in the process of electron beam absorption; radiation protection monitoring interlock, namely, a device used to measure unwanted radiation dosage and radiation generation during generation of x-rays and to disable said unwanted generation by disabling operation of the machine; high repetition rate, short pulse duration, UV fiber laser system for creation of photo-electrons comprising a scientific apparatus used to generate a short duration UV laser light source; high energy, short pulse duration, IR and visible laser system comprising a scientific apparatus used to generate a high energy laser light for creation of x-rays via laser scattering; laser pulse measurement systems comprising a device used to measure the intensity and pulse duration of pulsed light from a laser beam; laser beam position measurement systems comprising a device consisting of a camera or pixelated detector used to measure the spatial position of a laser beam relative to a fixed fiducial; laser beam profiling systems comprising instrumentation for measuring laser beam profiles comprising a camera or aperture to scan a laser beam; x-ray beam energy monitoring system comprising a scientific and measuring device used to measure the intensity of x-ray beams consisting of a scintillator and/or other energy dependent x-ray detector; x-ray beam position measurement systems comprising a scientific and measuring device used to consisting of a 2D camera or detector used to measure the position of an x-ray beam relative to a fixed fiducial; x-ray beam and image recording systems comprising x-ray beam and image recording systems comprising a measuring and scientific device that converts x-rays beams into radiation image information; electrical lead shielding for electron beam accelerator; laser beam optics, namely, laser beam optics, namely, a scientific device that changes the shape or uniformity of a laser beam from its original source for manipulation and pointing of various laser beams that are used for scientific applications including crystallography and biological and materials imaging and research; apparatus for the transmission of images of radioactive and fissionable materials; and electromagnetic high vacuum roughing pumps, namely, a mechanical vacuum pump used to evaluate vacuum systems used in generating high energy light sources; electromagnetic ultrahigh vacuum turbo pumps, namely, a pump used to generate and maintain a high level of vacuum for generating high energy light sources; ultrahigh vacuum ion pumps, namely, a vacuum pump used to generate low pressure for creating high-energy laser light sources sold as a component part of the foregoing; all of the aforementioned for use in providing ultrahigh-fidelity imaging in ultra-low dose radiography, hyper-precision radiotherapy, element-specific and isotope-specific material identification, assay and imaging in radiography and radiotherapy