RaySecur Inc. specializes in advanced 3D package scanning technology designed to detect concealed and potentially dangerous items such as powders, solids, liquids, and various composite threats. Based in Cambridge, Massachusetts, the company offers the MailSecur system, which provides real-time 3D imaging capabilities that surpass traditional X-ray methods. Founded in 2018, RaySecur's innovative solutions utilize scalable terahertz scanners and millimeter-wave technology, allowing for the effective examination of suspicious letters, flat envelopes, and small parcels. Their devices are lightweight, portable, and user-friendly, requiring minimal training for mail screening. RaySecur's technology is employed by Fortune 500 companies and government organizations globally, enhancing security and safety for personnel and critical assets.
Developer of advanced optics technology designed for 3D depth imaging. The company's patent-pending optical material is lighter, less expensive, and more powerful than the plastics and glasses now deployed in numerous emerging applications. its lenses enable near-infrared three-dimensional scanners, eye trackers, and light detection and ranging to image twice as far and to scan wider fields of view In addition, these unique lenses can make it possible to reduce the size, weight, and cost of these 3D image sensors, enabling clients to work in the field of optical communications, and infrared services for increasing densities and lowering costs of cloud computing hardware.
Quintessent Inc., founded in 2019 and based in Santa Barbara, California, specializes in the commercialization of quantum dot-based lasers and photonic integrated circuits. The company focuses on developing optical connectivity technology that enhances large-scale computing systems. By utilizing advanced semiconductor materials and innovative laser architectures, Quintessent's solutions facilitate the scaling of high-bandwidth communication channels within optical networks. This technology supports applications in optical networking, deep learning systems, and sensing, positioning Quintessent at the forefront of advancements in these critical areas.
Lumina Instruments specializes in the development of laser optical scanning equipment tailored for the expanding glass market in high-tech industries. Founded in 2019 and based in San Jose, California, the company focuses on enhancing production efficiency through its advanced technology. Their equipment offers thin-film defect detection capabilities, allowing businesses to effectively map and classify a variety of substrates, including transparent, translucent, and opaque materials of diverse shapes. This innovation supports improved yield and management in manufacturing processes, catering to the needs of modern high-tech applications.
LumenAstra, founded in 2020 and headquartered in Longmont, Colorado, develops non-invasive, wearable deep-tissue temperature sensors aimed at enhancing patient care in various medical contexts. The company's innovative technology allows for the external measurement of internal temperature, making it particularly useful in cancer hyperthermia therapy. Additionally, LumenAstra's sensors have applications in monitoring hypothermia during aortic dissection repair, brain temperature in neonatal hypoxia-ischemia cases, and internal heat stress in military and hazardous environments. This technology enables medical professionals to effectively protect patients from serious injuries and fatalities related to heat stress.
Lightengale is a developer of medical devices focused on enhancing safety in healthcare settings, particularly in intensive care units. The company has created an innovative infusion line that utilizes light-emitting cables to illuminate individual intravenous (IV) lines from the pump to the patient. This design addresses the critical issue of line mix-ups and medication delivery errors, which can pose significant risks to patient safety. By providing visual cues for nurses to accurately trace IV lines, Lightengale's technology allows healthcare professionals to dedicate more time to patient care, ultimately improving the overall quality of medical treatment.
Irradiant Technologies develops implosion fabrication lithography for chemically amplified high throughput micro-fabrication. The company was founded in 2020 and is headquartered in Cambridge, Massachusetts.
Current Surgical is a surgical device company that develops precise tools for the treatment of solid tumors. The company was founded in 2020 and has its headquarters in Washington, DC.
Radiosight, founded in 2020 and headquartered in Hoboken, New Jersey, specializes in ultra-wide imaging technology aimed at improving the diagnosis of skin cancer and assisting in surgical decisions. The company has developed an innovative technique that enhances image resolutions, offering a handheld 3D imaging device that reveals the underlying shape and profile of suspicious tissue. This technology enables dermatologists to better visualize the margins before biopsy, thereby increasing the accuracy of skin lesion excisions. Through its advanced imaging solutions, Radiosight seeks to enhance the effectiveness of skin cancer treatment and diagnosis.
PainScan specializes in developing biomedical devices aimed at measuring and mapping pain intensity on a three-dimensional (3D) image of the human body. The company's innovative medical device incorporates ultrathin pressure sensors embedded in a clinician's glove, along with cameras that track palpation locations. By integrating data from various subjective and objective biosensors, the device allows for a detailed assessment of pain intensity at each palpation site. This technology enables clinicians to visualize pain comprehensively within the peripheral nervous system, enhancing their ability to diagnose and treat pain-related conditions.
BlueDot Photonics, Inc., based in Kirkland, Washington, specializes in the design, development, and production of solar panels and photonic devices. Founded in 2019, the company aims to significantly advance solar power deployment by reducing the cost of silicon solar panels by 10% while improving their efficiency by 16%. Additionally, BlueDot Photonics is focused on innovative manufacturing techniques to create flexible, lightweight solar modules with efficiencies exceeding 25%. By utilizing new semiconductor materials, the company enhances the performance and durability of solar panels, enabling customers to access affordable alternative energy solutions.
Lasarrus is a Baltimore-based company founded in 2013 that specializes in developing wearable devices for patients with chronic obstructive pulmonary disease (COPD). The company's innovative device is designed to enhance physical therapy by facilitating telemedicine and remote monitoring. It captures physiological and range-of-motion data, allowing patients to track their health routines effectively. Lasarrus aims to provide an affordable, comfortable, and non-invasive solution that accelerates recovery for users, improving their overall health management.
Lumedica makes low-cost, high-performance Optical Coherence Tomography (OCT) imaging technologies. Lumedica is currently developing and delivering its first fully-patented technology to market: affordable OCT (Optical Coherence Tomography). The Lumedica team has a proven track record in scientific innovation, product development, and private and public fundraising. Lumedica is currently funded by grants from the NIH and the State of North Carolina.
Mizar Imaging is a light sheet illumination system that is modular and designed for high-resolution imaging. The company was founded in 2017 and is headquartered in Woods Hole, Massachusetts.
LightWorks Metrology, founded in 2019 and based in Holladay, Utah, specializes in the development of coordinate measuring machines and three-dimensional interferometer systems utilizing interferometry. The company aims to provide precision measurement solutions, enhancing accuracy in various applications. Its innovative approach combines advanced technology with a focus on quality, positioning LightWorks Metrology as a key player in the metrology sector.
Developer of advanced optics technology designed for 3D depth imaging. The company's patent-pending optical material is lighter, less expensive, and more powerful than the plastics and glasses now deployed in numerous emerging applications. its lenses enable near-infrared three-dimensional scanners, eye trackers, and light detection and ranging to image twice as far and to scan wider fields of view In addition, these unique lenses can make it possible to reduce the size, weight, and cost of these 3D image sensors, enabling clients to work in the field of optical communications, and infrared services for increasing densities and lowering costs of cloud computing hardware.
OAM Photonics specializes in photonic sensing solutions that leverage the orbital angular momentum of light for 3D imaging applications. The company's technology is particularly relevant for industries such as autonomous driving, drone navigation, and robotics. OAM Photonics develops photonic integrated circuits and coherent optical systems, enhancing sensing and imaging capabilities. Currently, the company operates in stealth mode, indicating a focus on research and development to refine its innovative offerings.
Developer of microwave energy-based tools and technology intended to help physicians and patients with advanced medical treatment. The company's tool is designed to insert needle-like applicators, embedded with miniature microwave antennas, directly into tumors to heat and kill them with ease, enabling patients suffering from cancer to avail of improved healthcare.
Quintessent Inc., founded in 2019 and based in Santa Barbara, California, specializes in the commercialization of quantum dot-based lasers and photonic integrated circuits. The company focuses on developing optical connectivity technology that enhances large-scale computing systems. By utilizing advanced semiconductor materials and innovative laser architectures, Quintessent's solutions facilitate the scaling of high-bandwidth communication channels within optical networks. This technology supports applications in optical networking, deep learning systems, and sensing, positioning Quintessent at the forefront of advancements in these critical areas.
ClearSight develops intraocular lenses for high-quality vision after cataract surgery. The company was founded in 2012 and is headquartered in Aurora, Colorado.
Neurosonics Medical specializes in ultrasound devices for brain tumor ablation. The company was founded in 2018 and is headquartered in Baltimore, Maryland.
Mstatt, founded in 2018 and based in Cleveland, Ohio, focuses on the development of photonic technologies applicable across various sectors, including healthcare, aerospace, manufacturing, and defense. The company is particularly noted for its innovative, patent-pending Brillouin spectrometer system, which aims to revolutionize dentistry by facilitating the early detection of dental caries. This technology allows for timely interventions, reducing the necessity for invasive procedures such as cavity drilling. Mstatt's commitment to advancing photonic and biochemical technologies positions it as a significant player in enhancing diagnostic methods and treatment options within the dental care industry.
RaySecur Inc. specializes in advanced 3D package scanning technology designed to detect concealed and potentially dangerous items such as powders, solids, liquids, and various composite threats. Based in Cambridge, Massachusetts, the company offers the MailSecur system, which provides real-time 3D imaging capabilities that surpass traditional X-ray methods. Founded in 2018, RaySecur's innovative solutions utilize scalable terahertz scanners and millimeter-wave technology, allowing for the effective examination of suspicious letters, flat envelopes, and small parcels. Their devices are lightweight, portable, and user-friendly, requiring minimal training for mail screening. RaySecur's technology is employed by Fortune 500 companies and government organizations globally, enhancing security and safety for personnel and critical assets.
Lasarrus is a Baltimore-based company founded in 2013 that specializes in developing wearable devices for patients with chronic obstructive pulmonary disease (COPD). The company's innovative device is designed to enhance physical therapy by facilitating telemedicine and remote monitoring. It captures physiological and range-of-motion data, allowing patients to track their health routines effectively. Lasarrus aims to provide an affordable, comfortable, and non-invasive solution that accelerates recovery for users, improving their overall health management.
Nielson Scientific develops custom UVC systems that produce precise and consistent UVC doses for industrial applications. The company is based in Lehi, Utah.
Vibronix, Inc. develops healthcare equipment for diagnosis and treatment of cancer. It offers LipoPAT, a multi-modal intraoperative imaging tool based on ultrasound and photoacoustic tomography; and AcouStar, an optoacoustic fiber guide with augmented reality for tumor localization and device tracking. The company also provides IVPA, an intravascular photoacoustic catheter system for atherosclerosis disease characterization that is used to guide treatment procedures, customize treatment, and assess efficacy of therapeutics in clinical trial. The company was incorporated in 2013 and is based in West Lafayette, Indiana with an additional office in Suzhou, China.
Photon Spot specializes in superconducting nanowire single-photon detectors, their applications, and sub-Kelvin cryogenic systems. The company was founded in 2019 and is based in Monrovia, California.
Mirada Technologies Inc. specializes in the development and sale of LiDAR sensor components aimed at enhancing autonomous vehicles and advanced driver safety systems. Founded in 2017 and headquartered in San Francisco, California, the company focuses on creating essential components for advanced LiDAR technology, including laser scanning and detector systems. One of its key offerings is a groundbreaking laser scanner designed to provide superior ranging distance, wide field of view, high reliability, and scalability in volume production.
Levisonics is focused on creating innovative blood coagulation devices that employ a non-contact technique for analyzing blood coagulation and fluid quality control testing. The company's platform is designed to achieve high accuracy while requiring only small sample volumes. By utilizing this advanced technology, Levisonics enables users to assess bleeding and thrombosis risks effectively, enhancing the capability for haemostatic assays and fluid rheological measurements.
QLEDCures is developing quantum dot light-emitting devices (QLEDs) for light-based medical treatments. QLEDCures' QLEDs will replace expensive and bulky lasers and LED systems with a wearable, flexible device that enables new treatment options.
Manufacturer and developer of a concentrated photovoltaic power system designed to help clients in electrical energy generation. The company's system uses large inexpensive mirrors and dual-axis trackers, similar to those already in high-volume production for solar thermal concentrators, to focus sunlight onto small but highly efficient multi-junction cells enabling power producers to generate solar energy and reduce dependence on fossil fuels.
Developer of an interferometry technology platform designed to generate images. The company's platform specializes in microfabrication, X-ray, and neutron grating interferometry which can generate information through the interaction of electromagnetic waves, enabling industries to improve the performance of gratings with support structures.
ClearSight develops intraocular lenses for high-quality vision after cataract surgery. The company was founded in 2012 and is headquartered in Aurora, Colorado.
Momentum Optics develops a novel optical lens for the optical components industry. The company was founded in 2017 and is based in Longmont, Colorado.
Tibbar Plasma Technologies develops a plasma heat engine for efficient fusion energy production. The company's headquarters are in Los Alamos, New Mexico.
Revibro Optics, founded in 2015 and based in Bozeman, Montana, specializes in developing a variable focus optic system designed to control the focus of light. The company's innovative system features variable focus mirrors that adjust curvature through a reflective membrane positioned over concentric electrode rings. This technology allows clients to effectively tune out spherical aberration in their optical systems, enhancing performance and precision in various applications.
Klar Scientific is a manufacturer specializing in spectroscopic microscopy through its patented confocal optical profile technology. The company produces the Klar Mini Pro microscope, which is a compact and affordable instrument tailored for researchers requiring spectral information with high spatial resolution. This microscope utilizes a laser to focus on samples, while a spectrometer collects the emitted light, allowing research laboratories to achieve clear visualizations through optical adjustments and magnification. Klar Scientific's innovations aim to enhance the capabilities of scientists in various research applications.
SABER Corporation is developing an antimicrobial bandage to provide a cost saving solution by helping hospital staff reduce Healthcare-Associated Infections. SABER is developing a programmable antimicrobial bandage- a device utilizing blue light mainly in the wavelength range of 400-470nm (outside the range of UV light) for application on postoperative incisions and wound sites. It is designed to prevent bacterial contamination of the site, thus reducing the occurrence of SSIs. This antimicrobial light emitting bandage uses blue light’s proven abilities to inactivate a wide range of clinical pathogens regardless of their resistance to antibiotics, inactivate bacteria without developing resistance nor harming mammalian cells, to improve wound healing, and inactivate bacteria in the biofilm state [8-10]. The device is unique in its design and method of use because it is capable of automating disinfection, electronically sending performance information (providing improved accountability and real time information), is a thin transparent multilayer thermally managed LED sheet, and is a wearable device that does not interfere with standardized hospital infection prevention protocols. This device would be a paradigm shift in infection control and prevention because it brings antimicrobial blue light therapy into a compact wearable device that can be easily incorporated into infection prevention protocols.
Lumedica makes low-cost, high-performance Optical Coherence Tomography (OCT) imaging technologies. Lumedica is currently developing and delivering its first fully-patented technology to market: affordable OCT (Optical Coherence Tomography). The Lumedica team has a proven track record in scientific innovation, product development, and private and public fundraising. Lumedica is currently funded by grants from the NIH and the State of North Carolina.
Developer of microwave energy-based tools and technology intended to help physicians and patients with advanced medical treatment. The company's tool is designed to insert needle-like applicators, embedded with miniature microwave antennas, directly into tumors to heat and kill them with ease, enabling patients suffering from cancer to avail of improved healthcare.
Taza Aya specializes in non-thermal plasmas that use in a variety of industries and applications to remove and kill pathogens in the air. The company's headquarters are in Ann Arbor, Michigan.
Developer of plasma jet printing technology designed to offer hardware and printing solutions for printing conductors and dielectrics. The company's technology has developed stand-alone printers and also OEM print heads that can be integrated into other additive manufacturing tools and robotic arms, enabling clients to print a wide variety of materials with precisely tailored material characteristics making it the ideal technology for the next generation of printed electronics.
Micro-LAM, Inc. specializes in the manufacture of precision laser-focused cutting tools, notably the Micro-LAM Optimus T+1, a hybrid laser-diamond cutting system designed for ultra-precision machining of advanced engineered ceramics, semiconductors, glass, and metals. The company provides a range of services, including feasibility analysis, process development, system customization, and installation support, ensuring comprehensive solutions for its clients. Micro-LAM's technology is particularly beneficial for industries such as optics, aerospace, defense, semiconductor, and automotive, enabling efficient machining of hard and brittle materials. Founded in 2012, Micro-LAM is based in Portage, Michigan, and has evolved from its original name, Micro-Laser Assisted Machining Technologies.
Developer of a lighting system designed to integrate solid-state lighting with micro-technology. The company's lighting system offers personalized illumination by utilizing controllable micro-mirror that when combined with solid-state lighting, electronically adjusts the light position, brightness, and illumination area, enabling clients to reduce energy consumption, promote productivity in the workplace and potentially improve the overall health and well-being of every consumer.
Lunewave Inc. is a Tucson, Arizona-based company that specializes in the development and manufacturing of Luneburg lens-based antennas and automotive radar sensor systems. Founded in 2017, Lunewave creates innovative three-dimensional printed antennas designed for applications in autonomous driving, wireless communications, and drones. The company's products cater to various sectors, including telecommunications, aerospace and defense, and specialized research. Lunewave's sensors are characterized by their custom-made antennas, which come in different sizes and operating frequencies to meet specific requirements. These sensors are compact, robust, and capable of providing high resolution with an all-directional field of view and long detection range, making them suitable for the growing demands of 5G technology and autonomous vehicles.
SelfArray, Inc.
Grant in 2018
LED Tech
Fluency Lighting Technologies, Inc. is based in Santa Barbara, California, and focuses on developing next-generation, energy-efficient lighting solutions utilizing advanced laser technology and materials design. The company aims to overcome the limitations of traditional lighting by creating low-étendue light sources that offer high control over light output while maintaining a compact size. Their products are designed for a variety of applications, including tactical flashlights, automotive and aircraft lighting, projectors and displays, medical device illumination, architectural spotlighting, and downlighting for museums and retail environments. By enabling clients to incorporate these innovative technologies, Fluency Lighting Technologies enhances energy efficiency and supports the development of cutting-edge products in various markets.
4D Technology designs and manufactures laser interferometers, surface roughness profilers, and interferometry accessories for the measurement of optics, optical systems, and precision machined surfaces. It offers AccuFiz, a compact laser interferometer for shop floor quality control and verification of optical components and systems; and PhaseCam interferometers for measuring large diameter mirrors and optical systems in environments, such as vacuum chambers, over long measurement paths, and adaptive optics. The company also provides NanoCam Sq, a portable microscope-based optical profilometer for measuring surface roughness of large and small optics, and nano-topology of precision components.
Mirada Technologies Inc. specializes in the development and sale of LiDAR sensor components aimed at enhancing autonomous vehicles and advanced driver safety systems. Founded in 2017 and headquartered in San Francisco, California, the company focuses on creating essential components for advanced LiDAR technology, including laser scanning and detector systems. One of its key offerings is a groundbreaking laser scanner designed to provide superior ranging distance, wide field of view, high reliability, and scalability in volume production.
Innoblative Designs, Inc. is a medical device company based in Chicago, Illinois, with an additional office in Mansfield, Massachusetts. Founded in 2013, the company specializes in developing advanced electrosurgical devices, particularly focusing on radiofrequency ablation technology. One of its key innovations is the Sira™ device, a saline-assisted intraoperative radiofrequency ablation tool that employs bipolar current to create a controlled zone of ablation. Sira's unique design, featuring a saline microinfusion system, enhances contact with target tissue and is compatible with standard electrosurgical generators already utilized in operating rooms. This technology offers surgeons a new, effective option for intraoperative ablation of soft tissue, promoting ease of use and adoption in surgical practices.
Micro-Leads Medical is a medical technology company focused on creating innovative therapies within the neuromodulation and bioelectronic medicine sectors. The company has developed a wireless implantable neuromodulation device that delivers arbitrary bi-phasic pulses and kilohertz blocking patterns. This platform allows for wireless programming of stimulation patterns via a browser interface, utilizing subcutaneous, implantable peripheral nerve stimulators. Its offerings include features such as tether-free animal operation, adjustable anodic and cathodic amplitudes, and unobtrusive wireless charging accessories. These advancements aim to enhance spinal-cord stimulation therapy, providing relief for patients suffering from back pain and related disorders.
Clerio Vision is a medical device company that specializes in the fields of refractive, laser, ophthalmic, medical device, contact lenses, and intraocular lenses. The company is in process of developing and commercializing a portfolio of next-generation products in contact lenses. Clerio Vision was founded in 2014 and headquartered in Rochester, New York.
Z-senz develops the next leap in LIDAR to enable safety and reliability in autonomous vehicles. The company's headquarters are in Washington, D.C. Founded in 2015 by a group of scientists with expertise in optics, lasers, material science, physics, and manufacturing,
LightStanza, a startup located in Boulder, Colorado, specializes in daylight simulation software designed for the construction industry. The company offers a web application that provides a comprehensive analysis of daylighting, which is often overlooked in building design. LightStanza's software utilizes cloud computing to deliver features like point-in-time rendering, illuminance grid animations, and multiple annual analyses, along with tools for LEED scorecards and glare reports. This enables architects, lighting consultants, and sustainable design specialists to generate accurate reports that simulate daylight conditions throughout the year. By focusing specifically on daylighting, LightStanza aims to enhance energy efficiency and improve the overall design of spaces, acknowledging the complexity of light as a dynamic element in architecture.
AlchLight is a research and development company based in Rochester, New York, that focuses on advanced laser material processing and fabrication. Founded in 2016, the company specializes in creating proprietary laser-fabricated materials with nanoscale surface textures. Utilizing femtosecond laser processing, AlchLight etches nanostructures onto various materials, effectively altering their intrinsic properties. This innovative approach enhances the performance of materials across multiple industries, including optical, thermal, mechanical, energy, and environmental applications.
Lightform, Inc. is a San Francisco-based company founded in 2014 that specializes in computer vision and hardware for projected augmented reality. The company develops a desktop application that enables users to create animated content for various scenes, as well as update and control projectors wirelessly using laptops or smartphones. Lightform's technology allows for the integration of its system with any projector, facilitating the creation of immersive experiences through light. In addition to its core offerings, the company provides 3D scanning options and cloud services to enhance the user experience and support its products.
Revibro Optics, founded in 2015 and based in Bozeman, Montana, specializes in developing a variable focus optic system designed to control the focus of light. The company's innovative system features variable focus mirrors that adjust curvature through a reflective membrane positioned over concentric electrode rings. This technology allows clients to effectively tune out spherical aberration in their optical systems, enhancing performance and precision in various applications.
Klar Scientific is a manufacturer specializing in spectroscopic microscopy through its patented confocal optical profile technology. The company produces the Klar Mini Pro microscope, which is a compact and affordable instrument tailored for researchers requiring spectral information with high spatial resolution. This microscope utilizes a laser to focus on samples, while a spectrometer collects the emitted light, allowing research laboratories to achieve clear visualizations through optical adjustments and magnification. Klar Scientific's innovations aim to enhance the capabilities of scientists in various research applications.
Lunewave Inc. is a Tucson, Arizona-based company that specializes in the development and manufacturing of Luneburg lens-based antennas and automotive radar sensor systems. Founded in 2017, Lunewave creates innovative three-dimensional printed antennas designed for applications in autonomous driving, wireless communications, and drones. The company's products cater to various sectors, including telecommunications, aerospace and defense, and specialized research. Lunewave's sensors are characterized by their custom-made antennas, which come in different sizes and operating frequencies to meet specific requirements. These sensors are compact, robust, and capable of providing high resolution with an all-directional field of view and long detection range, making them suitable for the growing demands of 5G technology and autonomous vehicles.
Vibronix, Inc. develops healthcare equipment for diagnosis and treatment of cancer. It offers LipoPAT, a multi-modal intraoperative imaging tool based on ultrasound and photoacoustic tomography; and AcouStar, an optoacoustic fiber guide with augmented reality for tumor localization and device tracking. The company also provides IVPA, an intravascular photoacoustic catheter system for atherosclerosis disease characterization that is used to guide treatment procedures, customize treatment, and assess efficacy of therapeutics in clinical trial. The company was incorporated in 2013 and is based in West Lafayette, Indiana with an additional office in Suzhou, China.
Lightform, Inc. is a San Francisco-based company founded in 2014 that specializes in computer vision and hardware for projected augmented reality. The company develops a desktop application that enables users to create animated content for various scenes, as well as update and control projectors wirelessly using laptops or smartphones. Lightform's technology allows for the integration of its system with any projector, facilitating the creation of immersive experiences through light. In addition to its core offerings, the company provides 3D scanning options and cloud services to enhance the user experience and support its products.
LambdaVision, Incorporated is focused on developing a protein-based artificial retina aimed at restoring vision for individuals affected by advanced retinal degenerative diseases, such as retinitis pigmentosa and age-related macular degeneration. Founded in 2009 and located in Farmington, Connecticut, the company is working to commercialize its retinal implant technology, which employs a light-activated protein known as bacteriorhodopsin. This innovative approach targets the stimulation of retinas in patients who have experienced significant sight loss, with the goal of enhancing their quality of life. Through its advancements, LambdaVision seeks to address the needs of millions who suffer from these debilitating conditions.
LightUp, Inc. is a United States-based company that specializes in educational electronic kits aimed at helping children learn the fundamentals of technology. The company provides a construction kit that includes electronic building blocks featuring optically recognizable codes, along with a digital tutor application. This combination allows children to engage in hands-on learning by building electronic circuits while exploring concepts such as augmented reality, electronics, and coding. By merging the enjoyment of mobile gaming with educational experiences, LightUp strives to make technology accessible and enjoyable for young learners.
ALA Scientific Instruments is a manufacturer of medical, surgical, ophthalmic, and veterinary instruments and apparatus. The company specializes in life science research instrumentation, particularly in the fields of biophysics and cellular electrophysiology. ALA Scientific designs, develops, and manufactures a diverse range of products, including electrophysiology diagrams, amplifiers and systems, brain imaging and calibration systems, as well as micromanipulators and mounting systems. Through its innovative approach, ALA Scientific supports various research and clinical applications in the life sciences sector.
Wazer is a developer of a desktop waterjet cutter that aims to make industrial manufacturing accessible to individuals and small businesses. This innovative machine utilizes a high-pressure stream of water combined with abrasive micro-particles to cut through a wide range of materials, including metals, glass, stone, ceramics, carbon fibers, wood, plastics, rubber, and foam. Unlike traditional fabrication tools such as 3-D printers and laser cutters, which are limited to softer materials, Wazer's cutter offers versatility and precision, allowing for professional-grade fabrication in various settings. By providing a compact and affordable alternative to large, expensive waterjet machines, Wazer empowers users to undertake complex cutting tasks that were previously out of reach.
Micro-Leads Medical is a medical technology company focused on creating innovative therapies within the neuromodulation and bioelectronic medicine sectors. The company has developed a wireless implantable neuromodulation device that delivers arbitrary bi-phasic pulses and kilohertz blocking patterns. This platform allows for wireless programming of stimulation patterns via a browser interface, utilizing subcutaneous, implantable peripheral nerve stimulators. Its offerings include features such as tether-free animal operation, adjustable anodic and cathodic amplitudes, and unobtrusive wireless charging accessories. These advancements aim to enhance spinal-cord stimulation therapy, providing relief for patients suffering from back pain and related disorders.
Innoblative Designs, Inc. is a medical device company based in Chicago, Illinois, with an additional office in Mansfield, Massachusetts. Founded in 2013, the company specializes in developing advanced electrosurgical devices, particularly focusing on radiofrequency ablation technology. One of its key innovations is the Sira™ device, a saline-assisted intraoperative radiofrequency ablation tool that employs bipolar current to create a controlled zone of ablation. Sira's unique design, featuring a saline microinfusion system, enhances contact with target tissue and is compatible with standard electrosurgical generators already utilized in operating rooms. This technology offers surgeons a new, effective option for intraoperative ablation of soft tissue, promoting ease of use and adoption in surgical practices.
SelfArray, Inc.
Grant in 2016
LED Tech
TPhotonics specializes in the development of laser solutions based on our patented T-cavity technology. The company, which was founded in Southern Arizona in 2012, is a spin-off of the University of Arizona's College of Optical Sciences.
4D Technology designs and manufactures laser interferometers, surface roughness profilers, and interferometry accessories for the measurement of optics, optical systems, and precision machined surfaces. It offers AccuFiz, a compact laser interferometer for shop floor quality control and verification of optical components and systems; and PhaseCam interferometers for measuring large diameter mirrors and optical systems in environments, such as vacuum chambers, over long measurement paths, and adaptive optics. The company also provides NanoCam Sq, a portable microscope-based optical profilometer for measuring surface roughness of large and small optics, and nano-topology of precision components.
Clerio Vision is a medical device company that specializes in the fields of refractive, laser, ophthalmic, medical device, contact lenses, and intraocular lenses. The company is in process of developing and commercializing a portfolio of next-generation products in contact lenses. Clerio Vision was founded in 2014 and headquartered in Rochester, New York.
LightStanza, a startup located in Boulder, Colorado, specializes in daylight simulation software designed for the construction industry. The company offers a web application that provides a comprehensive analysis of daylighting, which is often overlooked in building design. LightStanza's software utilizes cloud computing to deliver features like point-in-time rendering, illuminance grid animations, and multiple annual analyses, along with tools for LEED scorecards and glare reports. This enables architects, lighting consultants, and sustainable design specialists to generate accurate reports that simulate daylight conditions throughout the year. By focusing specifically on daylighting, LightStanza aims to enhance energy efficiency and improve the overall design of spaces, acknowledging the complexity of light as a dynamic element in architecture.
Fluency Lighting Technologies, Inc. is based in Santa Barbara, California, and focuses on developing next-generation, energy-efficient lighting solutions utilizing advanced laser technology and materials design. The company aims to overcome the limitations of traditional lighting by creating low-étendue light sources that offer high control over light output while maintaining a compact size. Their products are designed for a variety of applications, including tactical flashlights, automotive and aircraft lighting, projectors and displays, medical device illumination, architectural spotlighting, and downlighting for museums and retail environments. By enabling clients to incorporate these innovative technologies, Fluency Lighting Technologies enhances energy efficiency and supports the development of cutting-edge products in various markets.
Z-senz develops the next leap in LIDAR to enable safety and reliability in autonomous vehicles. The company's headquarters are in Washington, D.C. Founded in 2015 by a group of scientists with expertise in optics, lasers, material science, physics, and manufacturing,
LighTopTech is an optical technology company that creates organic tissue imaging devices to obtain high-resolution volumetric images of materials nondestructively. LighTopTech Corp., based in Rochester, New York, is a woman-owned business that was founded in 2013.
VLNComm is a prominent company specializing in Visible Light Communication (VLC), commonly known as Li-Fi technology. This innovative approach allows for wireless data transmission by utilizing optical energy, combining illumination and data services simultaneously. VLNComm's systems are designed to enhance internet speeds in multiuser indoor environments, leveraging the broad bandwidth of visible light. Additionally, the technology supports location-based services, functioning as an indoor GPS that accurately estimates user positions. By promoting eco-friendly lighting solutions that serve dual purposes, VLNComm aims to advance alternative data communication techniques and improve connectivity for various applications.
Operator of a self-erasing inkjet ink brand intended to make paper reusable without disposing and recycling. The company's ink absorbs and reacts with carbon dioxide present in the air which makes the ink colorless, enabling consumers to recycle and reuse the same paper multiple times.
LUMEOVA is developing ultra-fast, wireless communication solutions.
LightUp, Inc. is a United States-based company that specializes in educational electronic kits aimed at helping children learn the fundamentals of technology. The company provides a construction kit that includes electronic building blocks featuring optically recognizable codes, along with a digital tutor application. This combination allows children to engage in hands-on learning by building electronic circuits while exploring concepts such as augmented reality, electronics, and coding. By merging the enjoyment of mobile gaming with educational experiences, LightUp strives to make technology accessible and enjoyable for young learners.
Lightform, Inc. is a San Francisco-based company founded in 2014 that specializes in computer vision and hardware for projected augmented reality. The company develops a desktop application that enables users to create animated content for various scenes, as well as update and control projectors wirelessly using laptops or smartphones. Lightform's technology allows for the integration of its system with any projector, facilitating the creation of immersive experiences through light. In addition to its core offerings, the company provides 3D scanning options and cloud services to enhance the user experience and support its products.
LambdaVision, Incorporated is focused on developing a protein-based artificial retina aimed at restoring vision for individuals affected by advanced retinal degenerative diseases, such as retinitis pigmentosa and age-related macular degeneration. Founded in 2009 and located in Farmington, Connecticut, the company is working to commercialize its retinal implant technology, which employs a light-activated protein known as bacteriorhodopsin. This innovative approach targets the stimulation of retinas in patients who have experienced significant sight loss, with the goal of enhancing their quality of life. Through its advancements, LambdaVision seeks to address the needs of millions who suffer from these debilitating conditions.
4D Technology designs and manufactures laser interferometers, surface roughness profilers, and interferometry accessories for the measurement of optics, optical systems, and precision machined surfaces. It offers AccuFiz, a compact laser interferometer for shop floor quality control and verification of optical components and systems; and PhaseCam interferometers for measuring large diameter mirrors and optical systems in environments, such as vacuum chambers, over long measurement paths, and adaptive optics. The company also provides NanoCam Sq, a portable microscope-based optical profilometer for measuring surface roughness of large and small optics, and nano-topology of precision components.
Embolx, Inc. is a medical device manufacturer based in Sunnyvale, California, focused on creating catheter-based systems for cancer treatment. Founded in 2013, the company has developed innovative devices such as the Sniper, a drug delivery balloon microcatheter that enhances the precision of delivering therapeutic agents directly to tumors while minimizing the risk of affecting surrounding healthy tissues. Utilizing a technique known as Low Pressure Embolization (LPE), Embolx's devices regulate pressure to improve drug distribution within the tumor and eliminate non-target delivery. This technology aims to set a new standard in minimally invasive localized cancer therapy, while also addressing conditions such as benign prostatic hyperplasia and uterine fibroids.
Lynx Laboratories, Inc. specializes in developing software applications and hardware for 3D imaging, catering to various sectors including 3D printing, surveying, engineering, design, biometrics, and construction measurements. The company is known for its mobile structural capture device, which effectively captures the shape and motion of environments. Based in Austin, Texas, Lynx Laboratories boasts a team with over twenty years of combined experience in machine learning, contributing to numerous publications and several patents. The company has garnered recognition through various awards, including 1st Place in both the Idea2Product Texas and Global competitions, as well as accolades as one of the Top 10 Dell Innovators. Additionally, Lynx has benefited from National Science Foundation Small Business Innovation Research funding, underscoring its innovative capabilities in the field.
Lumiphore is an early-stage research company focused on developing proprietary lanthanide technology for high-value applications in the biomedical field. The company specializes in bi-functional chelators and fluorescent reagents that leverage highly fluorescent lanthanide compounds, offering advanced sensitivity for drug discovery, diagnostics, and therapeutics. With the market for fluorescent reagents in biology exceeding $1 billion and growing at an annual rate of 25%, Lumiphore aims to address the increasing demand for reagents that surpass the sensitivity limitations of traditional organic fluorescent molecules. By forming market-specific alliances with corporate partners, Lumiphore seeks to commercialize its innovative technology and provide enhanced solutions for biological detection and analysis.
Inprentus, Inc. is a nanotechnology company based in Champaign, Illinois, specializing in the design and manufacture of ultra-high precision diffraction gratings. These gratings are essential components for synchrotron radiation facilities, where they are utilized in X-ray and extreme ultraviolet applications across various fields, including structural biology, environmental science, and materials research. Inprentus has developed a novel manufacturing method for mechanically ruled blazed diffraction gratings, which enhances resolving power and allows for blaze angles lower than 1 degree. The company's products support a range of applications, from chemical analysis and imaging to semiconductor manufacturing and optical data communication. Founded in 2012, Inprentus aims to advance capabilities in precision optics technologies for research institutions and industrial sectors.
LasX Industries is a machinery company that offers laser cutting and engraving installation services.
TPhotonics specializes in the development of laser solutions based on our patented T-cavity technology. The company, which was founded in Southern Arizona in 2012, is a spin-off of the University of Arizona's College of Optical Sciences.
Currently UV treatment of fluids is almost exclusively carried out using Low and Medium Pressure lamp technology that incorporate mercury as a generation source for UV photons. While UV treatment is replacing traditional chemical treatment in many applications, it still has a number of drawbacks. UV light-emitting diodes (UV-LEDs) provide solutions to most of these drawbacks.
LighTopTech is an optical technology company that creates organic tissue imaging devices to obtain high-resolution volumetric images of materials nondestructively. LighTopTech Corp., based in Rochester, New York, is a woman-owned business that was founded in 2013.
Micro-LAM, Inc. specializes in the manufacture of precision laser-focused cutting tools, notably the Micro-LAM Optimus T+1, a hybrid laser-diamond cutting system designed for ultra-precision machining of advanced engineered ceramics, semiconductors, glass, and metals. The company provides a range of services, including feasibility analysis, process development, system customization, and installation support, ensuring comprehensive solutions for its clients. Micro-LAM's technology is particularly beneficial for industries such as optics, aerospace, defense, semiconductor, and automotive, enabling efficient machining of hard and brittle materials. Founded in 2012, Micro-LAM is based in Portage, Michigan, and has evolved from its original name, Micro-Laser Assisted Machining Technologies.
TAG Optics is the maker of the worlds fastest focusing lens: the award winning TAG Lens. It is the first device in the world to utilize the power of sound to shape light - a technology that is proprietary to TAG Optics. This new technology enable scanning speeds that are more than 1000 times faster than competing devices providing significant speed improvements to existing systems in sectors ranging from medical pathology to laser manufacturing. The company was funded in 2011 and is headquartered in Princeton NJ.
Newton Photonics is developing a truly non-invasive blood glucose monitor for diabetes patients. Newton Photonics is developing a non-invasive glucose monitor for diabetes patients. Their mission is to make self-testing of blood glucose as convenient and painless as blood oxygen testing with a pulse oximeter. Their glucose monitor is based on the company's proprietary optical sensing technology, which has been validated in two blind human trials. They currently seeks $200,000 to build and test their next generation prototype that will be more accurate, faster and smaller.
TAG Optics is the maker of the worlds fastest focusing lens: the award winning TAG Lens. It is the first device in the world to utilize the power of sound to shape light - a technology that is proprietary to TAG Optics. This new technology enable scanning speeds that are more than 1000 times faster than competing devices providing significant speed improvements to existing systems in sectors ranging from medical pathology to laser manufacturing. The company was funded in 2011 and is headquartered in Princeton NJ.
Developer of laser pulses devices designed for pulse measurement and pulse compression devices. The company device supports ultrashort-laser-pulse measurement which measures and compresses femtosecond laser pulses, enabling researchers and engineers to measure picoseconds to nanoseconds pulses in time.