US Department of Energy

Semplastics has been supplying precision plastic engineered components to a broad range of industries since 2000, including Semiconductor, Medical, Aerospace, and Oil&Gas industries. Semplastics provides a unique combination of plastics manufacturing expertise along with hands-on semiconductor processing experience. Their engineering staff has over 50 semiconductor process patents issued.

InnoSense is a research and development organization specializing in sensors, materials, coatings, renewable energy, and medical diagnostic devices and therapeutic agents. The company serves various industries, including defense, aerospace, energy, health care, and industrial markets, offering innovative solutions tailored to the specific needs of these sectors. Through its focus on advanced engineering and technology, InnoSense aims to develop cutting-edge products that address key challenges and enhance operational efficiency in diverse applications.

Sydor Technologies is a developer of diagnostic instruments and equipment tailored for laboratories, research facilities, defense, energy, and academic institutions worldwide. The company focuses on creating advanced diagnostics and imaging systems, which include cameras, X-ray beam monitors, image intensifiers, and photomultipliers. Their portfolio also features electronic pulsers designed for use in accelerator applications, as well as Diamond Beam Position Monitors and electrometers that offer comprehensive feedback and control across various experimental settings. Additionally, Sydor's direct detectors are engineered to enhance capabilities for soft, tender, and hard X-ray experiments, contributing to the advancement of science and technology across diverse fields.

CapeSym specializes in developing innovative radiation detection solutions, focusing on the production of advanced semiconductors for nuclear detection. The company manufactures scintillators such as SrI2(Eu) and CLYC(Ce), as well as semiconductors like TlBr and CdZnTe. In addition to its manufacturing capabilities, CapeSym offers consulting services to corporate clients and U.S. defense agencies, covering areas such as thermal management, crystal growth, advanced materials technologies, biomedical devices, and industrial equipment design and fabrication. Through these efforts, CapeSym aims to provide effective radiation detectors and thermal analysis techniques to the imaging industry.

Free Form Fibers LLC specializes in the development and manufacture of inorganic high-performance fibers using advanced laser-driven chemical vapor deposition technology. The company produces a wide range of filament materials, including silicon carbide, boron carbide, tungsten carbide, and diamond-like carbon, among others. These fibers are designed for various applications such as non-woven filters, catalysts, reinforcement in ceramic and metal matrix composites, and superconducting filaments. Free Form Fibers serves diverse industries, including military and aerospace, automotive, biomedical, and energy, providing solutions that require heat and chemical resistance. Established in 2006 and based in Saratoga Springs, New York, the company focuses on delivering low-cost, high-performance materials for demanding applications.

Eden Park Illumination, Inc. is a lighting technology company based in Champaign, Illinois, established in 2007. The company specializes in the research, development, manufacturing, and commercialization of advanced lighting systems, particularly focusing on ultraviolet (UV) lamps. Its product offerings include various ultraviolet lighting systems, such as the patented Far-UVC 222nm disinfection lamps, which are designed to safely disinfect air and surfaces, helping to mitigate health threats like Covid-19. Eden Park's lamps are recognized for their toxicity-free design, uniform soft glow, and consistent color and intensity, making them suitable for diverse applications including architectural projects, retail displays, and interior lighting. The company benefits from a strong technological foundation, supported by over fifty years of expertise through its affiliation with the Laboratory of Optical Physics and Engineering at the University of Illinois.

Senga Engineering manufactures metal and plastic components for the connector industry. They provide precision-machined components to a wide range of companies and industries. The company works with manufacturers and systems integrators as a second or third tier supplier to serve stringent requirements for the medical, aerospace, defense, and automobile industries.

Kaemark is a manufacturer of salon equipment that caters to the beauty, spa, medical, and veterinary industries. The company provides a comprehensive range of services, including design, manufacturing, engineering, logistics, installation, and preventative maintenance. By utilizing advanced design technology, Kaemark creates customized furnishings that align with each client's specific needs and brand image. This approach allows clients to establish their businesses effectively and efficiently, ensuring a seamless operational experience from conception to installation.

MetroLaser develops and delivers optical diagnostic solutions. Their products are holo4d software, robust tools, schlieren instruments, analog schlieren scope, portable projection schlieren system, digital focusing schlieren, custom schlieren systems, and more. They serve a range of applications in defense, aerospace, structural mechanics, noise and vibration.

Cryomagnetics is an engineering and manufacturing facility established in 1983 that specializes in the development of superconducting magnets and related technologies for the research and medical sectors. The company designs and produces a comprehensive range of products, including ultra-low temperature cryogenic research tools, cryostats, dilution refrigerators, cryogen-free systems, and various cryogenic accessories. With the capability to manufacture complete superconducting magnet systems in-house, Cryomagnetics serves as a reliable source for advanced cryogenic solutions, catering to the needs of its diverse clientele in scientific and medical applications.

Sigray develops x-ray instruments for studying microstructure, chemistry, and composition. Their instruments are enabled by a patented ultrahigh-brightness x-ray source and x-ray focusing optic technology. Its systems include x-ray microscopes, micro-x-ray fluorescence systems, and x-ray absorption spectroscopy systems.

Physical Sciences provides contract research and development services in a wide diversity of technical areas to both government and commercial users. It offers adaptive infrared imaging spectroradiometers, compact adaptive optics retinal imagers, CR-doped ZNSE crystals, GASSCAN miniature diode laser-based ambient gas sensors, hand-held line scanning laser ophthalmoscopes, hybrid LSLO/spectral domain OCT imagers, lyoflux mass flux monitors, orientation-patterned gallium arsenide frequency converter devices, pharmaceutical process analytical technology sensors, quantum cascade laser sensors, RMLD portable standoff hazardous gas detectors, sideview microplates, tracking scanning laser ophthalmoscopes, tracking optical coherence tomography imagers, multi-wavelength gas sensors, tunable diode laser gas sensors, water vapor dials, and more. Physical Sciences Inc. was founded in 1973 and is headquartered in Andover, Massachusetts.

Physical Sciences provides contract research and development services in a wide diversity of technical areas to both government and commercial users. It offers adaptive infrared imaging spectroradiometers, compact adaptive optics retinal imagers, CR-doped ZNSE crystals, GASSCAN miniature diode laser-based ambient gas sensors, hand-held line scanning laser ophthalmoscopes, hybrid LSLO/spectral domain OCT imagers, lyoflux mass flux monitors, orientation-patterned gallium arsenide frequency converter devices, pharmaceutical process analytical technology sensors, quantum cascade laser sensors, RMLD portable standoff hazardous gas detectors, sideview microplates, tracking scanning laser ophthalmoscopes, tracking optical coherence tomography imagers, multi-wavelength gas sensors, tunable diode laser gas sensors, water vapor dials, and more. Physical Sciences Inc. was founded in 1973 and is headquartered in Andover, Massachusetts.

Precipart is a medical device company that offers motion control systems, ceramic injection molding, and micro manufacturing.

Sydor Technologies is a developer of diagnostic instruments and equipment tailored for laboratories, research facilities, defense, energy, and academic institutions worldwide. The company focuses on creating advanced diagnostics and imaging systems, which include cameras, X-ray beam monitors, image intensifiers, and photomultipliers. Their portfolio also features electronic pulsers designed for use in accelerator applications, as well as Diamond Beam Position Monitors and electrometers that offer comprehensive feedback and control across various experimental settings. Additionally, Sydor's direct detectors are engineered to enhance capabilities for soft, tender, and hard X-ray experiments, contributing to the advancement of science and technology across diverse fields.

Physical Sciences provides contract research and development services in a wide diversity of technical areas to both government and commercial users. It offers adaptive infrared imaging spectroradiometers, compact adaptive optics retinal imagers, CR-doped ZNSE crystals, GASSCAN miniature diode laser-based ambient gas sensors, hand-held line scanning laser ophthalmoscopes, hybrid LSLO/spectral domain OCT imagers, lyoflux mass flux monitors, orientation-patterned gallium arsenide frequency converter devices, pharmaceutical process analytical technology sensors, quantum cascade laser sensors, RMLD portable standoff hazardous gas detectors, sideview microplates, tracking scanning laser ophthalmoscopes, tracking optical coherence tomography imagers, multi-wavelength gas sensors, tunable diode laser gas sensors, water vapor dials, and more. Physical Sciences Inc. was founded in 1973 and is headquartered in Andover, Massachusetts.

Physical Sciences provides contract research and development services in a wide diversity of technical areas to both government and commercial users. It offers adaptive infrared imaging spectroradiometers, compact adaptive optics retinal imagers, CR-doped ZNSE crystals, GASSCAN miniature diode laser-based ambient gas sensors, hand-held line scanning laser ophthalmoscopes, hybrid LSLO/spectral domain OCT imagers, lyoflux mass flux monitors, orientation-patterned gallium arsenide frequency converter devices, pharmaceutical process analytical technology sensors, quantum cascade laser sensors, RMLD portable standoff hazardous gas detectors, sideview microplates, tracking scanning laser ophthalmoscopes, tracking optical coherence tomography imagers, multi-wavelength gas sensors, tunable diode laser gas sensors, water vapor dials, and more. Physical Sciences Inc. was founded in 1973 and is headquartered in Andover, Massachusetts.

MetroLaser develops and delivers optical diagnostic solutions. Their products are holo4d software, robust tools, schlieren instruments, analog schlieren scope, portable projection schlieren system, digital focusing schlieren, custom schlieren systems, and more. They serve a range of applications in defense, aerospace, structural mechanics, noise and vibration.

InnoSense is a research and development organization specializing in sensors, materials, coatings, renewable energy, and medical diagnostic devices and therapeutic agents. The company serves various industries, including defense, aerospace, energy, health care, and industrial markets, offering innovative solutions tailored to the specific needs of these sectors. Through its focus on advanced engineering and technology, InnoSense aims to develop cutting-edge products that address key challenges and enhance operational efficiency in diverse applications.

LMT is a research and development company specializing in developing high-end scientific instrumentation. It utilizes advanced microfluidic, optical, spectroscopic, and chemical extraction techniques to create devices designed for a wide variety of scientific applications including use in space exploration, closed-cycle water analysis, environmental analysis, and biomedical and point-of-care analysis.

Rayonix is well-known throughout the world for producing the most advanced large area X-ray detectors, ranging from the original MarCCD and its upgraded version, the SX-165, to the largest CCD mosaic detectors on the market, the MX Series. These instruments are used in many home laboratories as well as nearly every major synchrotron around the world.

CapeSym specializes in developing innovative radiation detection solutions, focusing on the production of advanced semiconductors for nuclear detection. The company manufactures scintillators such as SrI2(Eu) and CLYC(Ce), as well as semiconductors like TlBr and CdZnTe. In addition to its manufacturing capabilities, CapeSym offers consulting services to corporate clients and U.S. defense agencies, covering areas such as thermal management, crystal growth, advanced materials technologies, biomedical devices, and industrial equipment design and fabrication. Through these efforts, CapeSym aims to provide effective radiation detectors and thermal analysis techniques to the imaging industry.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Sydor Technologies is a developer of diagnostic instruments and equipment tailored for laboratories, research facilities, defense, energy, and academic institutions worldwide. The company focuses on creating advanced diagnostics and imaging systems, which include cameras, X-ray beam monitors, image intensifiers, and photomultipliers. Their portfolio also features electronic pulsers designed for use in accelerator applications, as well as Diamond Beam Position Monitors and electrometers that offer comprehensive feedback and control across various experimental settings. Additionally, Sydor's direct detectors are engineered to enhance capabilities for soft, tender, and hard X-ray experiments, contributing to the advancement of science and technology across diverse fields.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Sydor Technologies is a developer of diagnostic instruments and equipment tailored for laboratories, research facilities, defense, energy, and academic institutions worldwide. The company focuses on creating advanced diagnostics and imaging systems, which include cameras, X-ray beam monitors, image intensifiers, and photomultipliers. Their portfolio also features electronic pulsers designed for use in accelerator applications, as well as Diamond Beam Position Monitors and electrometers that offer comprehensive feedback and control across various experimental settings. Additionally, Sydor's direct detectors are engineered to enhance capabilities for soft, tender, and hard X-ray experiments, contributing to the advancement of science and technology across diverse fields.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Robot Nose is dedicated to rethinking sensors and detectors from the ground up. Laboratory instruments excel at measuring what is in the air, but are bulky and hard to use. Portable instruments typically are just badly compromised versions of laboratory instruments. Our approach is to use a newly developed additive manufacturing approach to create very sensitive and selective detectors of toxic gasses. This additive approach has an unparalleled combination of speed and resolution, making it interesting for many other applications as well.

Tandem Repeat is a deep-tech company founded in 2018 and located in Philadelphia, Pennsylvania. It specializes in the development of tunable, adaptable, and programmable protein-based bioderived materials. The company focuses on sustainable manufacturing processes in the textile, medical, and cosmetic industries. By utilizing fermentation and biosynthesis, Tandem Repeat creates innovative, customizable biopolymer-based textiles that meet the demands of modern markets, offering clients advanced technology for the production of sustainable and programmable materials.

Sydor Technologies is a developer of diagnostic instruments and equipment tailored for laboratories, research facilities, defense, energy, and academic institutions worldwide. The company focuses on creating advanced diagnostics and imaging systems, which include cameras, X-ray beam monitors, image intensifiers, and photomultipliers. Their portfolio also features electronic pulsers designed for use in accelerator applications, as well as Diamond Beam Position Monitors and electrometers that offer comprehensive feedback and control across various experimental settings. Additionally, Sydor's direct detectors are engineered to enhance capabilities for soft, tender, and hard X-ray experiments, contributing to the advancement of science and technology across diverse fields.