National Science Foundation

Blinxel is developing an innovative augmented reality content creation platform aimed at democratizing the production of AR content. The company is focused on its Blink platform, which allows users to create realistic 3D content with a low-cost depth camera and a computer. This user-friendly approach enables anyone to generate augmented reality experiences, which can be easily uploaded to the cloud for access on Android and iOS devices worldwide. By leveraging a volumetric video system, Blinxel integrates photo-realistic video of individuals with both 2D and 3D content, making AR technology more accessible for organizations seeking to engage a global audience and enhance their profitability. Blinxel's vision is to unlock the full potential of augmented reality by allowing everyone to participate in its creation.

RaySecur Inc., based in Cambridge, Massachusetts, develops advanced 3D package scanning and imaging devices designed to detect concealed threats, including powders, solids, liquids, and chemical, biological, radiological, and explosive materials. Founded in 2018, the company offers the MailSecur system, which utilizes innovative millimeter-wave technology to provide real-time imaging and threat detection that surpasses traditional X-ray systems. RaySecur’s portable and easy-to-use devices require minimal training for mail screening and can fit in small mailrooms without the need for secure screening areas. Their technology is capable of identifying tiny quantities of substances, making it suitable for use by Fortune 500 companies and government organizations worldwide, ensuring the safety of personnel and critical assets.

Monogram Orthopaedics is a medical equipment manufacturing company. Monogram Orthopaedics develops a solution architecture for enabling the mass personalization of orthopaedic implants by linking 3D printing and robotics via automated digital image analysis algorithms. They offer a delivery solution for patient-specific load-bearing joint replacements. Monogram Orthopaedics is paving the way for the future of joint replacement surgery.

Alloy Enterprises Inc. is a company based in Somerville, Massachusetts, that specializes in developing advanced 3D printing technologies aimed at addressing inefficiencies in conventional manufacturing processes. Founded in 2020, Alloy focuses on industrial engineering and manufacturing technology, particularly for aluminum parts. The company's innovative aluminum additive technology allows for the production of dense, low-cost parts without relying on expensive and hazardous powders. This approach helps clients overcome limitations associated with traditional manufacturing methods, fostering innovation and facilitating progress in lightweight design and emissions reduction.

BioSapien is a pre-clinical biotechnology company focused on creating innovative biodegradable implantable products for oncology applications. The company is developing a 3D-printed drug delivery platform that utilizes a biodegradable mesh to deliver active pharmaceutical ingredients (APIs) directly to tumor sites, thereby minimizing systemic side effects associated with traditional therapies. Their flagship product, the MediChip, is designed to administer FDA-approved high-dose systemic therapies in a localized and sustained manner, enhancing the quality of patient care. Current research is focused on applications for pancreatic and lung cancers, with plans to expand the pipeline to include other types such as colorectal, breast, and stomach cancers. By targeting drug delivery directly to cancerous tissues, BioSapien aims to improve treatment efficacy while reducing toxicity for patients.

Gencores focuses on developing advanced materials and technologies to enhance safety and efficiency in transportation and sports. The company manufactures customizable, smart, shock-absorbing helmet inserts designed to reduce the risk of concussion. Additionally, Gencores specializes in composite metamaterials that significantly lower the weight of passenger vehicles and aircraft. By leveraging state-of-the-art robotics, innovative 3D printing techniques, and advanced material science, Gencores aims to enable high-volume production of these metamaterials. This approach not only addresses technical challenges in the transportation and manufacturing sectors but also contributes to making vehicles lighter and more energy-efficient.

Aracari Biosciences specializes in developing advanced 3D Vascularized Micro-Organ platforms aimed at improving the drug discovery process. These platforms enhance the biological authenticity of pre-clinical testing by allowing for real-time imaging of vessel morphology, which facilitates the investigation of lead compound efficacy against tumors in a three-dimensional environment. The technology is designed to adapt to various physiological conditions and can be perfused with fluorophore-tagged dextrans of different molecular weights. This capability assists pharmaceutical companies in making informed decisions and accelerates the development of new drugs.

TCPoly, Inc. specializes in the design, manufacture, and sale of thermally conductive plastics and 3D printing materials aimed at enhancing the thermal management of electronic devices. Founded in 2016 and headquartered in Atlanta, Georgia, with an additional office in Knoxville, Tennessee, the company offers a range of products, including filaments, heat sinks, cold plates, LED fixtures, and battery packs. Notably, TCPoly developed Ice9TM Flex, a thermally conductive 3D printing filament that is widely used in industries such as heat exchangers, mold tooling, and electronics thermal management. The company's innovative materials are lightweight, electrically insulating, and corrosion-resistant, allowing clients to achieve efficient thermal performance while reducing heating and cooling costs in commercial applications. TCPoly's products are distributed in over 20 countries, showcasing its global reach and impact in the additive manufacturing sector.

AMBOTS Inc. specializes in advancing swarm 3D printing and assembly technologies, focusing on automating manufacturing processes through a fleet of smart, autonomous mobile robots. This innovative approach allows for the collaborative execution of tasks similar to how bees or wasps construct their nests. By leveraging these robots, AMBOTS aims to manufacture a wide range of products, from everyday items to larger infrastructures, based on digital models and on-demand requirements. The company's technology is designed to enhance efficiency and reduce costs, facilitating a smoother transition to fully autonomous manufacturing for its clients.

Synopic is developing advanced imaging technology aimed at enhancing visualization and decision-making in medical procedures. The company focuses on creating a next-generation depth-enabled camera that captures measurable 3D information, specifically designed for applications like endoscopy and other minimally invasive procedures where instrument space is limited. By employing a single-camera implementation, Synopic addresses the challenges of integrating high-resolution color imaging with spatial and depth information, which current technologies struggle to achieve. This innovative approach allows for the creation of ultracompact imaging devices that provide improved visualization and data, ultimately facilitating better outcomes in medical practice.

Frontier Bio Corporation, based in Oakland, California, develops and manufactures advanced bioprinting technologies to create lab-grown human tissues. Established in 2018, the company offers the FLUX-1, a 3D bioprinter that integrates conventional bioprinting methods with electro-hydrodynamic printing capabilities. This technology enables the production of complex tissues, such as skin, cartilage, and bone, while also facilitating drug toxicity testing, tissue implants, drug screening, and disease modeling. Frontier Bio aims to replace animal studies with ethically developed human tissues, ultimately working towards eliminating the organ transplant waitlist and improving patient outcomes. The company focuses on achieving complete cell survivability during the printing process, ensuring the viability of the printed tissues for various medical applications.

Additive Manufacturing Innovations develops multiscale structural analysis models for advanced industrial applications and leverages digital image processing techniques to enhance the capabilities of optical imaging, enabling small and medium manufacturing companies to get access to additive manufacturing technologies in a simplified way.

PrisAM specializes in developing advanced printing hardware for the manufacturing of lattice core structures. The company's technology focuses on non-planar printing and the deposition of continuous trusses, which enhances part strength and reduces printing times while minimizing material usage. Additionally, PrisAM provides customized slicing software, further optimizing the printing process for its clients.

Weav3D Inc. develops and commercializes advanced composite forming technology originally created at the Georgia Institute of Technology. Established in 2017 and based in Norcross, Georgia, the company specializes in automated processes that integrate weaving with composite consolidation. This innovative approach significantly reduces waste, cycle time, and material handling costs. Weav3D's manufacturing capabilities include continuous lamination, D-LFT compression molding, and injection molding, allowing for the production of lightweight structural composite parts. The technology enables businesses to fabricate optimized lattice structures and offers a cost reduction of up to 75% compared to traditional carbon fiber composites, making it particularly suitable for high-volume and cost-sensitive applications.

Allegro 3D specializes in Digital Light Processing (DLP) printing technology, focusing on bioprinting applications. The company develops a platform that facilitates the high-precision and high-throughput manufacturing of advanced biomedical devices and human tissues. This technology is aimed at enhancing the creation of tissue models for drug screening, therapeutics, and regenerative medicine. By enabling the production of intricate cell matrices and precision tissues, Allegro 3D supports advancements in biofabrication systems, contributing to significant innovations in healthcare, particularly in drug discovery and biomedical research.

FluidForm Bio is a biotechnology company focused on creating living human tissue to enhance disease treatment. Utilizing its patented FRESH technology, the company specializes in 3D bioprinting, which enables the production of high-quality tissue that mimics real human tissue by integrating cells and proteins without additional materials. This innovative platform allows for the design and fabrication of complex tissue structures with embedded vasculature and multiple materials within a single print. Through collaborations with leading life science companies, FluidForm Bio's technology has been validated for various applications, paving the way for novel therapeutic programs in the healthcare sector. Founded in 2018 and headquartered in Waltham, Massachusetts, FluidForm Bio aims to provide better treatment options for patients through its transformational approach to tissue engineering.

Ortuvo is a company that specializes in developing research tools for 3D printing technology, specifically aimed at tissue engineering and the creation of custom bio-inks. Founded in 2020 and based in Baltimore, Maryland, Ortuvo serves the healthcare and biotech industries by providing innovative solutions that enhance the capabilities of 3D printing in medical applications.

Panda Industries Inc. was founded in 2020 with the goal of disrupting the construction industry with more sustainable and efficient technologies. Currently we are looking to develop two projects, a reinforced concrete 3D printer and a bamboo based OSB. Our 3D printer will make construction times much faster and much more inexpensive by automating much of the process. Bamboo Strand Board (BSB) is our patent pending alternative OSB product that is much stronger and more sustainable than current OSBs.

Hummingbird Nano is a company specializing in the development of ultra-smooth, circular channel microfluidic chips, produced in a single solid form. Their innovative technology allows for the creation of products that were previously unattainable with existing manufacturing methods, while also reducing costs for current high-priced products, making them more accessible. Hummingbird Nano's manufacturing approach combines the speed of injection molding with the flexibility of 3D printing, transforming the production process for small components like microfluidic chips and micro-optics. The company's focus is on precision engineering, enabling the assembly of micro-scale components into larger systems with nanometer-scale accuracy. This advancement aims to enhance chip performance and design flexibility, ultimately contributing to broader innovation and societal benefits.

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.

Quadratic 3D, Inc. is a company based in Somerville, Massachusetts, that specializes in the development of advanced 3D printing technologies tailored for commercial and industrial applications. Founded in 2019, Quadratic 3D focuses on innovative printing solutions that aim to transform the traditional understanding of 3D printing. Their technology empowers clients to explore new possibilities and applications within various industries, enhancing operational capabilities and efficiency.

Fortify is an advanced manufacturing startup focused on transforming additive manufacturing through innovative technologies. The company has developed a patented process that merges 3D printing with magnetic alignment to produce reinforced carbon fiber composites. Utilizing digital light processing (DLP) and magnetics, Fortify creates high-resolution, bespoke microstructures in 3D printed composite products, allowing engineers to design items with specific mechanical properties tailored to various applications. These applications range from injection mold tooling to high-performance components used in demanding environments. Fortify's approach enables digital component manufacturers to access durable and high-performance composites more efficiently and cost-effectively.

Solvus Global specializes in advanced technology solutions for the materials and manufacturing industries, focusing on additive manufacturing, machine learning, and sustainable materials processing. The company offers a unique online platform for purchasing quality-controlled, custom-processed powders tailored for cold spray and additive manufacturing, adhering to stringent quality standards. Solvus Global also integrates customized data management systems into manufacturing cells, allowing clients to achieve real-time, secure cloud synchronization. This capability enables the implementation of machine learning-powered feedback controls, enhancing process performance and efficiency. With its expertise, Solvus Global is well-equipped to provide tailored solutions that improve manufacturing capabilities and foster growth for its clients.

Transport Phenomena Technologies specializes in consulting services within mechanical engineering, focusing on complex issues related to momentum, heat, and mass transport phenomena. The company offers a range of services, including CNC and manual machining, annealing, diffusion bonding, thermocouple calibration, and 3D printing. Additionally, it has developed a heat sink optimization platform that integrates computational fluid dynamics and a compliant vapor chamber technology, aimed at enhancing thermal management by minimizing the use of thick thermal interface materials such as gap fillers and thermal grease. Through analytical, numerical, and experimental methods, Transport Phenomena Technologies addresses intricate engineering challenges and provides tailored solutions for its clients.

Maui Imaging, Inc., established in 2006 and located in Sunnyvale, California, specializes in the manufacture of advanced ultrasound imaging devices. The company offers innovative technology that enables imaging through and around various materials, including bones, metals, plastics, gas, and soft tissue. Utilizing techniques such as Computed Echo Tomography and adaptive beam forming, Maui Imaging's systems capture 3D images that traditional ultrasound methods cannot achieve. This capability enhances diagnostic and treatment options within the healthcare industry, providing valuable insights for medical professionals.

Terran Robotics is a construction company based in Bloomington, Indiana, that focuses on innovative home construction services, particularly in automated adobe wall building. The company utilizes artificial intelligence and robotics to enhance traditional earthen building techniques. By employing a custom-designed cable-driven robot for three-dimensional printing of homes, Terran Robotics aims to improve durability with features such as fire resistance and superior sound dampening. This approach enables clients to significantly reduce housing costs, lower energy expenses, and maintain an environmentally friendly footprint.

Alloy Enterprises Inc. is a company based in Somerville, Massachusetts, that specializes in developing advanced 3D printing technologies aimed at addressing inefficiencies in conventional manufacturing processes. Founded in 2020, Alloy focuses on industrial engineering and manufacturing technology, particularly for aluminum parts. The company's innovative aluminum additive technology allows for the production of dense, low-cost parts without relying on expensive and hazardous powders. This approach helps clients overcome limitations associated with traditional manufacturing methods, fostering innovation and facilitating progress in lightweight design and emissions reduction.

GelSight, Inc. specializes in advanced sensor technology solutions for precise surface measurements. The company has developed the GelSight benchtop scanner, which captures the surface geometry of various materials and accurately measures rigid objects across a wide range of scales. Their innovative technology allows for detailed three-dimensional visualization and measurement, revealing features that are not discernible to the naked eye, and providing dimensional accuracy to single-digit microns. GelSight's products are utilized in diverse sectors, including aerospace, electronics, and forensics, as well as in academic and research environments. Founded in 2011 and headquartered in Waltham, Massachusetts, GelSight continues to enhance its offerings while addressing the evolving surface measurement needs of its clients.

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.

EPIImaging operates a 3D computer vision platform that focuses on developing camera arrays for light-field capture and analysis. The company's technology is grounded in epipolar-plane image analysis, which is crucial for high-quality passive ranging. By leveraging this innovative approach, EPIImaging enables precise image acquisition and addresses challenges such as the aperture problem and the correspondence problem among various captured viewpoints. Through their advancements in 3D vision systems, the company aims to enhance image processing capabilities and improve the overall quality of visual data.

Boston Materials, Inc. is a manufacturer of advanced composite materials, specializing in 3D reinforced carbon fiber pre-pregs. Founded in 2016 and based in Bedford, Massachusetts, the company utilizes patented Z-axis Fiber technology, which incorporates vertically aligned carbon fibers to enhance energy transfer properties. Its product line includes Carbon Supercomposite, a magnetically assembled carbon fiber pre-preg, which finds applications across various sectors such as aerospace, automotive, marine, wind energy, and sports equipment. Boston Materials' advanced materials aim to improve thermal, electrical, and mechanical properties, offering a roll-to-roll manufacturing process with in-line quality control and an annual production capacity of one million square meters. These innovations enable industries like semiconductors and electrified vehicles to achieve greater efficiency, reliability, and weight reduction while addressing critical challenges in durability and performance.

Boydston Chemical Innovations, Inc., founded in 2017 and based in Federal Way, Washington, specializes in the manufacture of specialty chemicals, particularly focusing on resins and polymers. The company operates a research institute dedicated to developing innovative solutions that utilize ring-opening metathesis polymerization. Boydston Chemical Innovations produces products for polynorbornene, polydicyclopentadiene, and related homopolymers, while also providing metal initiators, including ruthenium, molybdenum, and tungsten salts. As of July 2019, the company operates as a subsidiary of 3D Systems Corporation, enhancing its capabilities through collaboration and advanced research.

nView Medical, Inc. develops and manufactures advanced medical imaging equipment aimed at enhancing the safety and accuracy of invasive surgical procedures. Its flagship product, the nView s1, utilizes insta3D image scanning technology to provide real-time, step-by-step guidance to surgeons. This capability improves surgical precision and reduces operation times. The system leverages artificial intelligence, model-based imaging, and machine learning to deliver 3D visualization during surgeries, making it suitable for various procedures, including biopsies, tumor resections, minimally invasive vascular interventions, and orthopedic surgeries. Founded in 2012 and located in Salt Lake City, Utah, nView Medical focuses on integrating innovative imaging solutions into the surgical workflow, thereby minimizing X-ray radiation exposure and enhancing overall surgical outcomes.

TCPoly, Inc. specializes in the design, manufacture, and sale of thermally conductive plastics and 3D printing materials aimed at enhancing the thermal management of electronic devices. Founded in 2016 and headquartered in Atlanta, Georgia, with an additional office in Knoxville, Tennessee, the company offers a range of products, including filaments, heat sinks, cold plates, LED fixtures, and battery packs. Notably, TCPoly developed Ice9TM Flex, a thermally conductive 3D printing filament that is widely used in industries such as heat exchangers, mold tooling, and electronics thermal management. The company's innovative materials are lightweight, electrically insulating, and corrosion-resistant, allowing clients to achieve efficient thermal performance while reducing heating and cooling costs in commercial applications. TCPoly's products are distributed in over 20 countries, showcasing its global reach and impact in the additive manufacturing sector.

RaySecur Inc., based in Cambridge, Massachusetts, develops advanced 3D package scanning and imaging devices designed to detect concealed threats, including powders, solids, liquids, and chemical, biological, radiological, and explosive materials. Founded in 2018, the company offers the MailSecur system, which utilizes innovative millimeter-wave technology to provide real-time imaging and threat detection that surpasses traditional X-ray systems. RaySecur’s portable and easy-to-use devices require minimal training for mail screening and can fit in small mailrooms without the need for secure screening areas. Their technology is capable of identifying tiny quantities of substances, making it suitable for use by Fortune 500 companies and government organizations worldwide, ensuring the safety of personnel and critical assets.

PrintFoam specializes in 3D printing services that utilize foamed materials to create lighter and more cost-effective components. By employing advanced materials formulation and manufacturing techniques, the company produces innovative foam products that can be tailored to meet specific requirements across various industries, including automotive, aerospace, defense, oil and gas, and construction. Their technology allows for adjustments in foam porosity and matrix properties, resulting in enhanced compressive strength and reduced material expenses. This combination of benefits positions PrintFoam as a valuable partner for businesses seeking efficient and effective additive manufacturing solutions.

Unspun, Inc., founded in 2015 and based in San Francisco, California, specializes in the development of a platform that creates customized jeans using advanced body scanning technology, fit algorithms, and additive manufacturing. The company aims to address environmental concerns by reducing global carbon emissions through automated and localized manufacturing processes. Unspun’s innovative approach not only eliminates pattern-cutting waste and unsold inventory but also allows for the production of jeans in under ten minutes in a zero-waste manner. Their technology is showcased through the unspun.io platform, which provides digital customization solutions for various apparel brands. With a mission to make fashion more sustainable, Unspun is positioned at the intersection of robotics and digital apparel, striving to transform the industry with its unique approach to on-demand manufacturing.

Synopic is developing advanced imaging technology aimed at enhancing visualization and decision-making in medical procedures. The company focuses on creating a next-generation depth-enabled camera that captures measurable 3D information, specifically designed for applications like endoscopy and other minimally invasive procedures where instrument space is limited. By employing a single-camera implementation, Synopic addresses the challenges of integrating high-resolution color imaging with spatial and depth information, which current technologies struggle to achieve. This innovative approach allows for the creation of ultracompact imaging devices that provide improved visualization and data, ultimately facilitating better outcomes in medical practice.

D3D Technologies develops stereoscopic 3D imaging to aid in the diagnosis of brain aneurysms. The company is based in Winter, Florida.

3D Health Solutions, based in Ames, Iowa, specializes in developing 3D canine organoid models derived from adult stem cells. These models mimic the structure and function of real organs, enabling more accurate and humane pre-clinical drug testing. The company's technology accelerates drug screening, improves prediction of drug behavior in the body, and reduces the need for live animal testing, thereby enhancing the efficiency and ethics of drug discovery processes.

AMBOTS Inc. specializes in advancing swarm 3D printing and assembly technologies, focusing on automating manufacturing processes through a fleet of smart, autonomous mobile robots. This innovative approach allows for the collaborative execution of tasks similar to how bees or wasps construct their nests. By leveraging these robots, AMBOTS aims to manufacture a wide range of products, from everyday items to larger infrastructures, based on digital models and on-demand requirements. The company's technology is designed to enhance efficiency and reduce costs, facilitating a smoother transition to fully autonomous manufacturing for its clients.

Vartega Inc. specializes in recycling carbon fiber, a material known for its strength and lightweight properties, primarily serving the aerospace, automotive, wind energy, and sporting goods sectors. Founded in 2014 and based in Golden, Colorado, Vartega has developed a patented recycling process that produces low-cost carbon fiber suitable for various applications, including thermoplastic pellets, nonwoven fabrics, yarns, and three-dimensional printing filament. The company’s technology effectively diverts carbon fiber scrap and waste from landfills, contributing to environmental sustainability by reducing greenhouse gas emissions and enhancing fuel economy in vehicles. Vartega's carbon fiber is available in multiple forms, including semi-continuous, chopped, and milled, making it adaptable for mass-market use.

Xidas is a technology company focused on creating advanced micro-scale solutions tailored for various sectors, including IoT, industrial applications, and life technology. Utilizing a proprietary miniaturization approach known as Amalga, Xidas combines innovative manufacturing techniques, design methodologies, and diverse materials to produce products that meet previously unattainable specifications. The company specializes in developing semiconductors, sensors, and 3D micro-devices, employing non-silicon manufacturing processes to deliver microelectronics substrates, micro-actuators, and printed circuit boards. Xidas aims to serve its industrial clients by offering industry-first technologies and highly integrated smart modules and sensors, facilitating their implementation in a wide range of IoT scenarios and enhancing capabilities in biotech and medical device applications.

re:3D reduces production complexity by providing affordable, industrial 3D printers that transform big ideas into tangible realities. With a build volume of eight cubic feet and robust construction, Gigabot can print objects 30x larger than competing desktop models. Up until now, personal 3D printing has been limited to toys and trinkets, while the Gigabot will bring your biggest dreams to life. re:3D's customer base comprises an esteemed group of designers, small business owners, manufacturers, educators, prototypists, and hobbyists in over 30 countries around the globe. Currently, re:3D is scaling manufacturing operations, and exploring alternate materials and feedstocks with global leaders in material and life sciences.

Visikol Inc. is a company based in New Brunswick, New Jersey, specializing in advanced drug discovery services and bio-imaging technology. It develops and provides a range of products, including Visikol, an optical sectioning tool for plant tissues, and Visikol HISTO, a series of tissue clearing kits and reagents designed to enhance 3D imaging in tissue processing workflows. Visikol's technologies enable researchers to visualize specimens effectively, allowing for the identification of adulterants and assessment of sample quality. The company also offers comprehensive drug discovery services, including the development of 2D and 3D in vitro models, assays, and digital pathology solutions. By transforming tissues into high-resolution images and quantitative datasets, Visikol supports clients in making informed decisions during the drug discovery process. Additionally, the firm manufactures 3D immuno-labeling kits, facilitating rapid imaging of whole tissues and 3D cell culture models, thereby moving beyond traditional 2D sectioning methods.

Chromatic 3D Materials specializes in the development of advanced 3D printing materials, focusing on durable elastomers suitable for manufacturing finished products. The company offers a platform that utilizes reactive extrusion additive manufacturing, allowing for the production of industrial-strength rubber parts. Their proprietary polyurethanes exhibit properties such as flexibility, resilience, and sustainability, catering to the needs of various industries that require adaptable and robust materials. By enabling innovative product designs through customizable material properties, Chromatic 3D Materials positions itself as a leader in the next generation of additive manufacturing solutions.

Aligned Carbon Inc. is a manufacturer of carbon nanotubes (CNTs) specifically designed for the integrated circuit industry. Founded in 2018 and based in Santa Clara, California, the company is the first to offer semiconductor-pure, aligned CNTs on industry-standard wafers at a manufacturing scale. These CNTs are aligned in arrays that cover full semiconductor substrates and can be purified to serve either semiconducting or metallic functions. Aligned Carbon's technology allows semiconductor foundries to move beyond traditional silicon, leading to significant enhancements in processing speed, energy efficiency, and capabilities in signal processing and sensing. The company's CNTs are also utilized as transistor materials in displays and thin film transistors, providing clients with innovative solutions for advanced computing applications.

Solvus Global specializes in advanced technology solutions for the materials and manufacturing industries, focusing on additive manufacturing, machine learning, and sustainable materials processing. The company offers a unique online platform for purchasing quality-controlled, custom-processed powders tailored for cold spray and additive manufacturing, adhering to stringent quality standards. Solvus Global also integrates customized data management systems into manufacturing cells, allowing clients to achieve real-time, secure cloud synchronization. This capability enables the implementation of machine learning-powered feedback controls, enhancing process performance and efficiency. With its expertise, Solvus Global is well-equipped to provide tailored solutions that improve manufacturing capabilities and foster growth for its clients.

3Derm Systems, Inc. is a Boston-based company that specializes in 3D dermatology solutions. Founded in 2011, it has developed a handheld skin imager along with cloud-based software that enables users to capture, store, and transmit high-resolution 3D images of the skin to dermatologists. This innovative system allows non-dermatologists to take clinical-quality images remotely, facilitating efficient monitoring of skin conditions, particularly for patients at risk of skin cancer. By enabling images to be reviewed at medical kiosks and other referral sites, 3Derm helps dermatologists manage high patient volumes while reserving in-office visits for those requiring immediate attention. The company's approach aims to reduce healthcare costs, decrease wait times, and enhance access to dermatological care, allowing patients to monitor their skin from home instead of making frequent, often inconvenient, clinic appointments. 3Derm Systems operates as a subsidiary of Digital Diagnostics, Inc. as of August 2020.

MRX Analytics, founded in 2017 and based in Colorado Springs, Colorado, focuses on addressing challenges related to 3D temperature measurements in MRI and other magnetic resonance imaging systems. The company employs a team of esteemed researchers in the field of Magnetic Resonance, utilizing their expertise to develop innovative solutions that enhance the accuracy and efficiency of MRI-assisted temperature measurement. Through its patent-pending technology, MRX Analytics aims to create new business opportunities for its clients while streamlining processes and saving time in medical imaging applications.

Fortify is an advanced manufacturing startup focused on transforming additive manufacturing through innovative technologies. The company has developed a patented process that merges 3D printing with magnetic alignment to produce reinforced carbon fiber composites. Utilizing digital light processing (DLP) and magnetics, Fortify creates high-resolution, bespoke microstructures in 3D printed composite products, allowing engineers to design items with specific mechanical properties tailored to various applications. These applications range from injection mold tooling to high-performance components used in demanding environments. Fortify's approach enables digital component manufacturers to access durable and high-performance composites more efficiently and cost-effectively.

Aracari Biosciences specializes in developing advanced 3D Vascularized Micro-Organ platforms aimed at improving the drug discovery process. These platforms enhance the biological authenticity of pre-clinical testing by allowing for real-time imaging of vessel morphology, which facilitates the investigation of lead compound efficacy against tumors in a three-dimensional environment. The technology is designed to adapt to various physiological conditions and can be perfused with fluorophore-tagged dextrans of different molecular weights. This capability assists pharmaceutical companies in making informed decisions and accelerates the development of new drugs.

Momentum Optics is focused on addressing the growing demand for high-quality glass optics through innovative, on-demand manufacturing solutions. Utilizing proprietary technology developed with support from NASA, the company employs a laser-based mechanism combined with machine learning to produce custom lenses with exceptional precision. This approach allows Momentum Optics to manufacture optics ten times faster and at a significantly lower cost than traditional methods, while also achieving superior performance metrics. By enabling researchers and product developers to create multiple lenses simultaneously, Momentum Optics facilitates accelerated discovery, reduces overall costs, and enhances the performance of optical devices, ultimately shortening the time to market for new products.

Weav3D Inc. develops and commercializes advanced composite forming technology originally created at the Georgia Institute of Technology. Established in 2017 and based in Norcross, Georgia, the company specializes in automated processes that integrate weaving with composite consolidation. This innovative approach significantly reduces waste, cycle time, and material handling costs. Weav3D's manufacturing capabilities include continuous lamination, D-LFT compression molding, and injection molding, allowing for the production of lightweight structural composite parts. The technology enables businesses to fabricate optimized lattice structures and offers a cost reduction of up to 75% compared to traditional carbon fiber composites, making it particularly suitable for high-volume and cost-sensitive applications.

Teton Simulation is a software company that specializes in the automatic validation and optimization of 3D printing parameters. The company's technology aims to streamline the traditional print-break-repeat prototyping cycle, thereby accelerating product development and lowering production costs. By leveraging its advanced software, users can enhance their applications through structural behavior analysis and progressive failure analysis, ultimately improving efficiency in the 3D printing process.

Mura is an imaging system capable of capturing surface micro-geometry and appearance on real-world objects.

Unspun, Inc., founded in 2015 and based in San Francisco, California, specializes in the development of a platform that creates customized jeans using advanced body scanning technology, fit algorithms, and additive manufacturing. The company aims to address environmental concerns by reducing global carbon emissions through automated and localized manufacturing processes. Unspun’s innovative approach not only eliminates pattern-cutting waste and unsold inventory but also allows for the production of jeans in under ten minutes in a zero-waste manner. Their technology is showcased through the unspun.io platform, which provides digital customization solutions for various apparel brands. With a mission to make fashion more sustainable, Unspun is positioned at the intersection of robotics and digital apparel, striving to transform the industry with its unique approach to on-demand manufacturing.

nView Medical, Inc. develops and manufactures advanced medical imaging equipment aimed at enhancing the safety and accuracy of invasive surgical procedures. Its flagship product, the nView s1, utilizes insta3D image scanning technology to provide real-time, step-by-step guidance to surgeons. This capability improves surgical precision and reduces operation times. The system leverages artificial intelligence, model-based imaging, and machine learning to deliver 3D visualization during surgeries, making it suitable for various procedures, including biopsies, tumor resections, minimally invasive vascular interventions, and orthopedic surgeries. Founded in 2012 and located in Salt Lake City, Utah, nView Medical focuses on integrating innovative imaging solutions into the surgical workflow, thereby minimizing X-ray radiation exposure and enhancing overall surgical outcomes.

Pensievision focuses on advancing medical imaging technologies for the early detection and analysis of cervical cancer. The company specializes in a 3D imaging and diagnostic device that utilizes proprietary software and artificial intelligence algorithms, combined with a liquid lens, to generate high-resolution, all-in-focus images. This innovative approach allows for cervical cancer screening that is more accessible, cost-effective, and user-friendly compared to traditional methods. Notably, Pensievision's technology eliminates the need for lab results and additional clinic visits, streamlining the diagnostic process. Additionally, it can be integrated with a patented therapeutic solution as part of a comprehensive screen-and-treat strategy, enhancing the capabilities of clinicians in identifying pre-cancerous cervical lesions at an early stage.

Micro-LAM Technologies, LLC, founded in 2012 and based in Battle Creek, Michigan, specializes in manufacturing precision laser-focused cutting tools. The company's flagship product is the Micro-LAM Optimus T+1, a hybrid laser-diamond cutting tool system designed for ultra-precision machining of advanced engineered ceramics, semiconductors, glass, metals, and other materials. In addition to its cutting tools, Micro-LAM offers feasibility analysis, process development, system customization, and installation and support services. These services include manufacturing setup evaluations, laser absorption tests, hardness reduction tests, sample machining, and value proposition analyses. The company serves a diverse range of industries, including optics, aerospace, defense and armor, semiconductor, and automotive.

Allegro 3D specializes in Digital Light Processing (DLP) printing technology, focusing on bioprinting applications. The company develops a platform that facilitates the high-precision and high-throughput manufacturing of advanced biomedical devices and human tissues. This technology is aimed at enhancing the creation of tissue models for drug screening, therapeutics, and regenerative medicine. By enabling the production of intricate cell matrices and precision tissues, Allegro 3D supports advancements in biofabrication systems, contributing to significant innovations in healthcare, particularly in drug discovery and biomedical research.

Transport Phenomena Technologies specializes in consulting services within mechanical engineering, focusing on complex issues related to momentum, heat, and mass transport phenomena. The company offers a range of services, including CNC and manual machining, annealing, diffusion bonding, thermocouple calibration, and 3D printing. Additionally, it has developed a heat sink optimization platform that integrates computational fluid dynamics and a compliant vapor chamber technology, aimed at enhancing thermal management by minimizing the use of thick thermal interface materials such as gap fillers and thermal grease. Through analytical, numerical, and experimental methods, Transport Phenomena Technologies addresses intricate engineering challenges and provides tailored solutions for its clients.

Plasmonic Diagnostics is a biotechnology company focused on developing innovative diagnostic systems for infectious diseases, sexually transmitted infections, and cancer. Utilizing advanced single molecule detection technology, the company aims to create non-invasive and highly sensitive testing devices that target specific biomarkers. Their offerings include 3D-printed components and a smartphone camera as a detector, allowing for efficient time-to-detection, intrinsic signal amplification, and a high signal-to-noise ratio. This approach not only enhances the accuracy of diagnostics but also aims to make testing more affordable and accessible for patients.

Boston Materials, Inc. is a manufacturer of advanced composite materials, specializing in 3D reinforced carbon fiber pre-pregs. Founded in 2016 and based in Bedford, Massachusetts, the company utilizes patented Z-axis Fiber technology, which incorporates vertically aligned carbon fibers to enhance energy transfer properties. Its product line includes Carbon Supercomposite, a magnetically assembled carbon fiber pre-preg, which finds applications across various sectors such as aerospace, automotive, marine, wind energy, and sports equipment. Boston Materials' advanced materials aim to improve thermal, electrical, and mechanical properties, offering a roll-to-roll manufacturing process with in-line quality control and an annual production capacity of one million square meters. These innovations enable industries like semiconductors and electrified vehicles to achieve greater efficiency, reliability, and weight reduction while addressing critical challenges in durability and performance.

Mantis Composites is catalysing the design of platforms. They offer services for carbon fibre, 3D printing, and engineering consulting. They provide services for carbon fibre composites for intricate parts.

Lunewave Inc. is a manufacturer based in Tucson, Arizona, specializing in Luneburg lens-based antennas and automotive radar sensor systems. Founded in 2017, the company serves various sectors, including telecommunications, aerospace and defense, automotive, and specialized research. Lunewave develops advanced, three-dimensional printed Luneburg lens antennas and radar systems tailored for applications in autonomous driving, wireless communications, and drone technology. Its products feature custom-made antennas available in various sizes and operating frequencies, designed to meet specific customer needs. The sensors are characterized by their compact, robust design, offering high resolution, all-directional fields of view, and long detection ranges.

3DEO, Inc., founded in 2016 and based in Gardena, California, specializes in the high-volume production of small stainless steel metal components through advanced 3D metal printing technology. The company focuses on facilitating a seamless transition from prototyping to final production for its clients by utilizing patented methods and Design for Additive Manufacturing (DfAM). In addition to its core manufacturing capabilities, 3DEO offers a data analytics platform that enables users to capture, store, and interact with location-based data. This platform integrates information from various applications and IoT devices, providing businesses with customizable insights to inform strategic decisions. Through this dual offering of manufacturing and data analytics, 3DEO assists clients in innovating and improving their product development processes.

Elementum 3D, Inc. is an additive manufacturing research and development company based in Erie, Colorado, founded in 2014. It specializes in the production of advanced metals, composites, and ceramics specifically for the 3D printing industry. The company manufactures a range of products including aluminum metal-matrix composites, tungsten, copper, nickel, steel, nickel titanium materials, and cemented carbide. These materials are designed to withstand high loads while maintaining essential properties such as conductivity, resistance to abrasion, heat, oxidation, and corrosion. Elementum 3D aims to address the growing demand within the printing industry by providing high-quality materials that enhance performance and reliability.

PolySpectra, Inc. is a company based in Berkeley, California, that specializes in developing advanced functional materials for additive manufacturing. Founded in 2016, PolySpectra focuses on transforming 3D printing from a prototyping tool into a viable production method. The company utilizes light-activated catalysts to create durable, stereolithographic resins suitable for consumer applications. Its modular platform allows for the delivery of materials with a wide range of tailored properties derived from a single chemical system. By providing these innovative materials, PolySpectra aims to assist inventors, designers, and engineers in bringing their concepts to life.

re:3D reduces production complexity by providing affordable, industrial 3D printers that transform big ideas into tangible realities. With a build volume of eight cubic feet and robust construction, Gigabot can print objects 30x larger than competing desktop models. Up until now, personal 3D printing has been limited to toys and trinkets, while the Gigabot will bring your biggest dreams to life. re:3D's customer base comprises an esteemed group of designers, small business owners, manufacturers, educators, prototypists, and hobbyists in over 30 countries around the globe. Currently, re:3D is scaling manufacturing operations, and exploring alternate materials and feedstocks with global leaders in material and life sciences.

Boydston Chemical Innovations, Inc., founded in 2017 and based in Federal Way, Washington, specializes in the manufacture of specialty chemicals, particularly focusing on resins and polymers. The company operates a research institute dedicated to developing innovative solutions that utilize ring-opening metathesis polymerization. Boydston Chemical Innovations produces products for polynorbornene, polydicyclopentadiene, and related homopolymers, while also providing metal initiators, including ruthenium, molybdenum, and tungsten salts. As of July 2019, the company operates as a subsidiary of 3D Systems Corporation, enhancing its capabilities through collaboration and advanced research.

GelSight, Inc. specializes in advanced sensor technology solutions for precise surface measurements. The company has developed the GelSight benchtop scanner, which captures the surface geometry of various materials and accurately measures rigid objects across a wide range of scales. Their innovative technology allows for detailed three-dimensional visualization and measurement, revealing features that are not discernible to the naked eye, and providing dimensional accuracy to single-digit microns. GelSight's products are utilized in diverse sectors, including aerospace, electronics, and forensics, as well as in academic and research environments. Founded in 2011 and headquartered in Waltham, Massachusetts, GelSight continues to enhance its offerings while addressing the evolving surface measurement needs of its clients.

Orange Maker, LLC is a technology company that specializes in advanced 3D printing solutions and user-friendly software development. Founded in 2013 and based in Thousand Oaks, California, the company has developed the Helios One, a high-resolution 3D printing system utilizing heliolithography technology. This innovative system caters to a diverse range of applications, including aerospace, architecture, automotive, biotech, defense, dental, education, entertainment, fashion, medical, and manufacturing. Orange Maker aims to empower designers and engineers by providing state-of-the-art tools that facilitate the seamless creation of 3D objects while maintaining design integrity. The company fosters a collaborative culture within the 3D printing community, promoting the sharing of ideas and advancements in technology.

Meisner Consulting provides formulation and design for businesses and industry, including powder coatings, inks, adhesives, novel 3D printer technology, and more. They offer ultra-rapid 3D printing technology designed to break down important barriers to the future of additive manufacturing.

Chromatic 3D Materials specializes in the development of advanced 3D printing materials, focusing on durable elastomers suitable for manufacturing finished products. The company offers a platform that utilizes reactive extrusion additive manufacturing, allowing for the production of industrial-strength rubber parts. Their proprietary polyurethanes exhibit properties such as flexibility, resilience, and sustainability, catering to the needs of various industries that require adaptable and robust materials. By enabling innovative product designs through customizable material properties, Chromatic 3D Materials positions itself as a leader in the next generation of additive manufacturing solutions.

Xidas is a technology company focused on creating advanced micro-scale solutions tailored for various sectors, including IoT, industrial applications, and life technology. Utilizing a proprietary miniaturization approach known as Amalga, Xidas combines innovative manufacturing techniques, design methodologies, and diverse materials to produce products that meet previously unattainable specifications. The company specializes in developing semiconductors, sensors, and 3D micro-devices, employing non-silicon manufacturing processes to deliver microelectronics substrates, micro-actuators, and printed circuit boards. Xidas aims to serve its industrial clients by offering industry-first technologies and highly integrated smart modules and sensors, facilitating their implementation in a wide range of IoT scenarios and enhancing capabilities in biotech and medical device applications.

Inkbit Corporation, founded in 2017 and based in Medford, Massachusetts, specializes in the research, development, and manufacturing of 3D printers. The company has developed an advanced additive manufacturing platform that integrates 3D printing with machine vision technology, allowing for the rapid production of polymer parts. By employing machine learning and artificial intelligence, Inkbit delivers a multi-material jetting platform that meets the speed and precision required for demanding industrial applications. The expertise of its team, comprised of MIT-trained scientists and engineers, spans industrial systems, design software, and material science, enabling Inkbit to bridge the gap between prototyping and large-scale manufacturing. This innovation facilitates the on-demand production of both multi-material and end-use products, positioning Inkbit as a leader in the mass-market additive manufacturing sector.

Nanochon is focused on creating innovative implantable medical devices designed to address cartilage damage in joints. Utilizing advanced 3D printing techniques and a unique nanomaterial, the company aims to develop solutions that not only replace lost and damaged cartilage but also promote the growth of new tissue. This approach allows medical practitioners to access cost-effective and on-demand devices that enhance treatment outcomes, particularly for young and active patients suffering from knee injuries and diseases. Through its technology, Nanochon seeks to improve the overall quality of care in orthopedics.

Unspun, Inc., founded in 2015 and based in San Francisco, California, specializes in the development of a platform that creates customized jeans using advanced body scanning technology, fit algorithms, and additive manufacturing. The company aims to address environmental concerns by reducing global carbon emissions through automated and localized manufacturing processes. Unspun’s innovative approach not only eliminates pattern-cutting waste and unsold inventory but also allows for the production of jeans in under ten minutes in a zero-waste manner. Their technology is showcased through the unspun.io platform, which provides digital customization solutions for various apparel brands. With a mission to make fashion more sustainable, Unspun is positioned at the intersection of robotics and digital apparel, striving to transform the industry with its unique approach to on-demand manufacturing.

Mura is an imaging system capable of capturing surface micro-geometry and appearance on real-world objects.

Teton Simulation is a software company that specializes in the automatic validation and optimization of 3D printing parameters. The company's technology aims to streamline the traditional print-break-repeat prototyping cycle, thereby accelerating product development and lowering production costs. By leveraging its advanced software, users can enhance their applications through structural behavior analysis and progressive failure analysis, ultimately improving efficiency in the 3D printing process.

Multi3D focuses on developing advanced 3D printing filament specifically designed for the production of electronic components. The company specializes in manufacturing highly conductive filaments that enable the creation of radio frequency and microwave components. Its technology allows for the extrusion of filament at specific temperatures and recommended printing speeds, facilitating the construction of various electronic circuits, including LED signs, matrix displays, and Bluetooth lamps. Through its innovative approach, Multi3D aims to enhance the capabilities and applications of 3D printing in the electronics industry.

Pinpoint Pharma, a healthcare company, is changing veterinary medicine by printing custom medicine for pets on demand.

Atomnaut is a developer of advanced microscopy technology, specifically a 3D atomic resolution microscope that utilizes unique projection technology to accurately identify and detect the position of atoms in three-dimensional space. This innovative tool enables detailed imaging, analysis, sequencing, and design at the atomic level, allowing scientists to understand and manipulate materials more effectively. The company specializes in materials engineering and offers a range of advanced materials, including silicon transistors, high-strength steels, nanowires, quantum dots, tungsten alloys suitable for fusion or aerospace applications, and nanostructured light and strong aluminum alloys. Atomnaut's technology supports a variety of scientific and engineering applications, pushing the boundaries of materials research and development.

Lunewave Inc. is a manufacturer based in Tucson, Arizona, specializing in Luneburg lens-based antennas and automotive radar sensor systems. Founded in 2017, the company serves various sectors, including telecommunications, aerospace and defense, automotive, and specialized research. Lunewave develops advanced, three-dimensional printed Luneburg lens antennas and radar systems tailored for applications in autonomous driving, wireless communications, and drone technology. Its products feature custom-made antennas available in various sizes and operating frequencies, designed to meet specific customer needs. The sensors are characterized by their compact, robust design, offering high resolution, all-directional fields of view, and long detection ranges.

Grid Logic is a team of scientists, engineers, and manufacturing professionals that are passionate about building revolutionary technology for the manufacturing industry. Grid Logic's work in additive manufacturing has grown from R&D in nanostructured materials that are leading to lower-cost superconductors and high-performance magnets. The industry specialized in industrial 3D printing using metals, additive manufacturing, metallic component repair, encapsulated powders, and more.

StarSight develops 3D cameras that bridge the gap between computing and the physical world. The company is pioneering an "open architecture" approach to time-of-flight depth imaging, which combines off-the-shelf image sensors with proprietary hardware that dramatically increases bandwidth. The result is a small form-factor, low-cost camera with exceptional spatial resolution. StarSight's cameras are essential infrastructure for autonomous systems in the manufacturing, logistics, commercial, and personal spheres.

EPIImaging operates a 3D computer vision platform that focuses on developing camera arrays for light-field capture and analysis. The company's technology is grounded in epipolar-plane image analysis, which is crucial for high-quality passive ranging. By leveraging this innovative approach, EPIImaging enables precise image acquisition and addresses challenges such as the aperture problem and the correspondence problem among various captured viewpoints. Through their advancements in 3D vision systems, the company aims to enhance image processing capabilities and improve the overall quality of visual data.

Mantis Composites is catalysing the design of platforms. They offer services for carbon fibre, 3D printing, and engineering consulting. They provide services for carbon fibre composites for intricate parts.

3DEO, Inc., founded in 2016 and based in Gardena, California, specializes in the high-volume production of small stainless steel metal components through advanced 3D metal printing technology. The company focuses on facilitating a seamless transition from prototyping to final production for its clients by utilizing patented methods and Design for Additive Manufacturing (DfAM). In addition to its core manufacturing capabilities, 3DEO offers a data analytics platform that enables users to capture, store, and interact with location-based data. This platform integrates information from various applications and IoT devices, providing businesses with customizable insights to inform strategic decisions. Through this dual offering of manufacturing and data analytics, 3DEO assists clients in innovating and improving their product development processes.

Elementum 3D, Inc. is an additive manufacturing research and development company based in Erie, Colorado, founded in 2014. It specializes in the production of advanced metals, composites, and ceramics specifically for the 3D printing industry. The company manufactures a range of products including aluminum metal-matrix composites, tungsten, copper, nickel, steel, nickel titanium materials, and cemented carbide. These materials are designed to withstand high loads while maintaining essential properties such as conductivity, resistance to abrasion, heat, oxidation, and corrosion. Elementum 3D aims to address the growing demand within the printing industry by providing high-quality materials that enhance performance and reliability.

PolySpectra, Inc. is a company based in Berkeley, California, that specializes in developing advanced functional materials for additive manufacturing. Founded in 2016, PolySpectra focuses on transforming 3D printing from a prototyping tool into a viable production method. The company utilizes light-activated catalysts to create durable, stereolithographic resins suitable for consumer applications. Its modular platform allows for the delivery of materials with a wide range of tailored properties derived from a single chemical system. By providing these innovative materials, PolySpectra aims to assist inventors, designers, and engineers in bringing their concepts to life.

Mallinda LLC, based in Aurora, Colorado, specializes in the development and supply of advanced composite materials. The company has created Pliashell, a platform technology that features intrinsically recyclable and malleable self-healing polymers. These advanced thermoset prepreg laminates allow for the production of lightweight, strong, and remoldable composite materials, significantly enhancing manufacturing efficiency. Pliashell composites can be molded at relatively low temperatures and eliminate the need for a curing step, resulting in reduced manufacturing cycle times. This innovative approach not only streamlines production processes but also supports the circular economy, enabling clients in the automotive and aerospace industries to lower vehicle weight and improve efficiency. Overall, Mallinda is poised to transform product development across various market segments.

Branch Technology, Inc. is a Chattanooga-based company that specializes in advanced 3D printing and cellular fabrication technologies. Founded in 2014 by Christopher W. Weller and Platt Boyd, the company creates innovative structures using its proprietary algorithms to design complex geometries in open space without relying on support materials or controlled environments. Branch Technology focuses on producing a variety of products, including decorative walls, non-loadbearing interior partitions, and exhibition structures. Its unique approach allows for the construction of designs that traditional methods cannot achieve, offering clients benefits such as cost-effectiveness, enhanced material strength, and improved energy efficiency.

Providing desktop bioprinters and comprehensive training solutions for industry and education

Pointivo Inc. is a technology company based in Atlanta, Georgia, specializing in spatial intelligence solutions that leverage computer vision and machine learning. Founded in June 2014, Pointivo's software allows users to capture dimensions and create three-dimensional models of structures using any type of camera, including mobile devices and drones. The platform processes video to reconstruct scenes, extracting lines, edges, and measurements with high accuracy. This capability helps clients simplify tasks that require precise measurements and detailed documentation of physical assets. By integrating advanced analytics, Pointivo empowers users to gain a deeper understanding of their environments, enhancing their ability to manage and analyze physical structures effectively.

RightHand Robotics, Inc. specializes in the manufacturing of robotic order-picking systems designed to enhance supply chain logistics and order fulfillment across various industries, including e-commerce, food handling, and flexible manufacturing. Founded in 2015, the company is headquartered in Cambridge, Massachusetts, with an additional office in Frankfurt, Germany. RightHand Robotics offers innovative solutions like the ReFlex SF, which features a 3D-printed palm equipped with advanced servos and compliant fingers, and the ReFlex TakkTile, a tactile sensor that aids in gentle object handling. Their technology enables robots to automatically grasp a wide range of items from bins and cases without the need for extensive data entry or parameter tuning, making their systems cost-effective and adaptable to changing business needs.

Visikol Inc. is a company based in New Brunswick, New Jersey, specializing in advanced drug discovery services and bio-imaging technology. It develops and provides a range of products, including Visikol, an optical sectioning tool for plant tissues, and Visikol HISTO, a series of tissue clearing kits and reagents designed to enhance 3D imaging in tissue processing workflows. Visikol's technologies enable researchers to visualize specimens effectively, allowing for the identification of adulterants and assessment of sample quality. The company also offers comprehensive drug discovery services, including the development of 2D and 3D in vitro models, assays, and digital pathology solutions. By transforming tissues into high-resolution images and quantitative datasets, Visikol supports clients in making informed decisions during the drug discovery process. Additionally, the firm manufactures 3D immuno-labeling kits, facilitating rapid imaging of whole tissues and 3D cell culture models, thereby moving beyond traditional 2D sectioning methods.

High Precision Devices, Inc. is a manufacturer and developer of precision instruments, specializing in cryogenic technology for scientific applications. The company produces research cryostats, low-temperature detectors, superconducting devices, and instruments for quantum computing. It also offers custom cryogenics, air sampling systems, voltage standard cryoprobes, low thermal reversing switches, and quantitative magnetic resonance imaging phantoms. Additionally, High Precision Devices provides research instrument development, balloon and UAV instruments, and outsourced research and development services, which include engineering, design, and contract precision CNC machining. The company serves a diverse clientele, including universities, government laboratories, and private companies across various sectors such as precision instruments, cryogenics, optics, aerospace, and telecommunications. Founded in 1988 and based in Boulder, Colorado, High Precision Devices operates as a subsidiary of FormFactor, Inc.

TERA-Print is a desktop nanofabrication tool and technology platform. They provide services that include nanofabrication, rapid prototyping, biotechnology, photolithography, nanotechnology, device prototyping, sensing, biosensing, microfluidics, microfabrication, mems, microarray, nanolithography, desktop, versatility, nanoscale, and cell biology.