QUANTUM DESIGN INTERNATIONAL, INC.

Description: Scientific, photographic, cinematographic, optical, weighing, measuring, checking, supervision, teaching apparatus and instruments, namely, scanning probe microscope (SPM) with different types of cantilever sensors for various applications; apparatus for recording, transmission or reproduction of images; data processing equipment, computers; downloadable computer software for graphical user interface, for controlling scanning probe microscopy system, for data acquisition and displaying of measurement data and measurements and for scientific analysis of various specimen properties, all in the field of scanning probe microscopy; microscopes; Scientific and technological services, namely, scientific research, analysis and measurements of various properties of material science specimens, material testing in the fields of biotechnology research, physics research, materials science, and micro systems technology; electrical engineering, medical and scientific research in the field of medical imaging; scientific research and industrial design, namely, biotechnology research, physics research, research and industrial design in the fields of materials science, micro systems technology, and electrical engineering and scientific research in the field of medical imaging; industrial analysis and research services in the fields of materials science, micro systems technology and electrical engineering; design and development of computer hardware and software

Description: Integrated microscopy and microanalytical platform that consists of a scanning electron microscope and an atomic force microscope; energy dispersive X-ray spectroscope

Description: Sample measuring instruments, namely, magnetometers and physical property measurement systems, comprised of thermal, optical, calorimetry, and electrical measuring instruments in the nature of temperature sensors, optical sensors, and electronic devices for measuring voltages and electric current; analog signal conditioners, namely, temperature controllers for use in laboratory instruments for control of the environment of the sample being measured; cryogenic instruments, namely, cryostats, in the nature of laboratory apparatus, for accurately and precisely reaching the desired temperature at a specified rate and maintaining the desired temperature of the sample being measured; cryogenic instruments, namely, compressors for running and cooling the cryogenic aspects being applied to the sample being measured being components of laboratory cryostats; and high sensitivity current amplifiers for accurately and precisely reaching a desired magnetic field at a specified rate and maintaining the desired magnetic field at the sample being measured

Description: Sample measuring instruments, namely, physical property measurement systems utilizing superconducting magnets, comprised of thermal, optical, calorimetry, and electrical measuring instruments in the nature of temperature sensors, optical sensors, and electronic devices for measuring voltages and electric current; analog signal conditioners, namely, temperature controllers for use in laboratory instruments for control of the environment of the sample being measured; cryogenic instruments, namely, cryostats, in the nature of laboratory apparatus, for accurately and precisely reaching the desired temperature at a specified rate and maintaining the desired temperature of the sample being measured and compressors for running and cooling the cryogenic aspects being applied to the sample being measured being components of laboratory cryostats; high sensitivity current amplifiers for accurately and precisely reaching the desired magnetic field at a specified rate and maintaining the desired magnetic field at the sample being measured

Description: Cryogenic instruments, namely, cryostat-based helium liquefiers used for turning helium gas to liquid helium, cryostat-based helium purifiers used to purify helium gas to higher levels of purity; and compressors used to keep the cryostat instruments at sufficiently reduced temperatures to function as stated

Description: Sample measuring instruments, namely, magnetometers; physical property measurement systems, comprised of thermal, optical, calorimetry, and electrical measuring instruments in the nature of temperature sensors, optical sensors, and electronic devices for measuring voltages and electric current; analog signal conditioners, namely, temperature controllers for use in laboratory instruments for control of the environment of the sample being measured; cryogenic instruments, namely, cryostats, in the nature of laboratory apparatus, for accurately and precisely reaching the desired temperature at a specified rate and maintaining the desired temperature of the sample being measured; cryogenic instruments, namely, compressors for running and cooling the cryogenic aspects being applied to the sample being measured being components of laboratory cryostats; and high sensitivity current amplifiers for accurately and precisely reaching a desired magnetic field at a specified rate and maintaining the desired magnetic field at the sample being measured; cryogenic instruments, namely, cryostat-based helium liquefiers used for turning helium gas to liquid helium, cryostat-based helium purifiers used to purify helium gas to higher levels of purity, and compressors used to keep the cryostat instruments cold enough to perform duties at sufficiently reduced temperatures to function as stated being apparatus for testing gas; microscopes, namely, scanning electron microscopes and atomic force microscopes

Description: An integrated microscopy and microanalytical platform that consists of a scanning electron microscope and atomic force microscope

Description: Cryogenic instrument for scientific investigations of materials and phenomenon at low temperatures and high magnetic fields involving optical techniques

Description: Laboratory equipment, namely, a cryogenic cooler for use with liquid helium-based analytical instruments

Description: Cassettes having single or multiple immunoarrays that can be used as a detector in chemical analysis, biological analysis, or patterning for scientific, laboratory or medical research use | [ Immunoassay detector cassettes for clinical diagnosis ]

Description: Analytical instruments not for medical use for the analysis of the physical attributes of materials using inductive, calorimetric, and magneto-resistive sensors; analytical instruments not for medical use for analysis, instant analysis, analysis of solid, liquid, and powder samples; analytical instruments, namely magnetometers, susceptometers, calorimeters, electron and thermal transport measurement apparatus

Description: Analytical instrument for analysis and characterization of materials by measuring their magnetic moment, using a magnetometer, for use in the fields of high-temperature superconductivity, biochemistry, magnetic recording media, physics, materials science, magnetochemistry, geology and electronics

Description: Measuring instruments; namely, sample magnetometers; analog signal conditioners; namely, [ active electronic filters; ] temperature controllers; cryogenic, high-sensitivity current amplifiers