National Science Foundation

FlashPCB is a US-based company specializing in rapid PCB prototyping services. By leveraging artificial intelligence and advanced software, FlashPCB streamlines the traditional PCB manufacturing process, significantly reducing setup time and costs. The company empowers customers to design, innovate, and test their printed circuit board assembly (PCBA) designs efficiently. FlashPCB's services include an AI-driven system that automatically identifies components on the board and generates a bill of materials for user approval. This approach allows customers to receive their assembled PCBs quickly, with a commitment to shipping within three days of order completion.

FlashPCB is a US-based company specializing in rapid PCB prototyping services. By leveraging artificial intelligence and advanced software, FlashPCB streamlines the traditional PCB manufacturing process, significantly reducing setup time and costs. The company empowers customers to design, innovate, and test their printed circuit board assembly (PCBA) designs efficiently. FlashPCB's services include an AI-driven system that automatically identifies components on the board and generates a bill of materials for user approval. This approach allows customers to receive their assembled PCBs quickly, with a commitment to shipping within three days of order completion.

FlashPCB is a US-based company specializing in rapid PCB prototyping services. By leveraging artificial intelligence and advanced software, FlashPCB streamlines the traditional PCB manufacturing process, significantly reducing setup time and costs. The company empowers customers to design, innovate, and test their printed circuit board assembly (PCBA) designs efficiently. FlashPCB's services include an AI-driven system that automatically identifies components on the board and generates a bill of materials for user approval. This approach allows customers to receive their assembled PCBs quickly, with a commitment to shipping within three days of order completion.

RaySecur Inc. is a company based in Cambridge, Massachusetts, focused on developing advanced 3D package scanning and imaging devices for detecting concealed threats in mail and parcels. Founded in 2018, RaySecur's MailSecur systems utilize millimeter-wave technology to provide real-time, three-dimensional imaging, which allows for the detection of powders, solids, liquids, and hazardous materials such as chemical, biological, radiological, and explosive composites. Unlike traditional X-ray systems, RaySecur's solutions are user-friendly, portable, and do not require extensive training for effective operation, making them suitable for various environments, including small mailrooms. The company’s technology is employed by Fortune 500 companies and government organizations worldwide to enhance security and protect personnel and assets from potential threats.

GeniPhys LLC is a medical technology company founded in 2014 and headquartered in Zionsville, Indiana. The company focuses on the commercialization of standardized tunable collagen polymers, known as collymers, and collagen-fibril materials for various research and medical applications. GeniPhys manufactures research-grade collymers and polymerization reagents that allow for user customization of 3D collagen-fibril matrices, which are essential for developing in-vitro tissue systems used in drug discovery, toxicity testing, and fundamental cell research. Its product offerings include polymerization kits, solutions, buffers, and supplements, all available online. GeniPhys's innovative technology supports the design and fabrication of collagen materials that promote tissue restoration and regeneration, aiding medical researchers in exploring new applications for regenerative tissue replacements and pharmaceutical therapies.

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., incorporated in 2020 and located in Somerville, Massachusetts, specializes in developing advanced 3D printing technologies aimed at improving conventional manufacturing processes. The company focuses on addressing inefficiencies in the production of aluminum parts through its innovative aluminum additive technology. This technology enables the creation of dense and cost-effective components without the need for expensive and hazardous powders. By offering solutions that overcome traditional manufacturing limitations, Alloy Enterprises seeks to foster innovation and support advancements in lightweight materials and emissions reduction.

BioSapien is a pre-clinical biotechnology company focused on developing innovative biodegradable implantable products for targeted drug delivery in oncology. The company is creating a 3D-printed drug delivery platform known as MediChip, which is designed to administer active pharmaceutical ingredients in a localized and sustained manner. This technology aims to reduce systemic side effects associated with high-dose systemic therapies by delivering drugs directly to cancerous tumor sites. Currently, BioSapien's applications are being explored for pancreatic and lung cancers, with plans to expand its pipeline to include other cancer types such as colorectal, breast, and stomach cancers. The biodegradable mesh used in their products allows for effective treatment while improving patients' quality of care and life.

Gencores is a manufacturer specializing in advanced composite metamaterials designed to enhance safety and efficiency across various industries. The company produces customizable, smart, shock-absorbing helmet inserts aimed at reducing the risk of concussions, reflecting its commitment to safety in sports and recreational activities. Additionally, Gencores leverages cutting-edge robotics, innovative 3D printing technology, and material science to facilitate the high-volume production of metamaterials. This capability allows Gencores to address significant challenges in the transportation and manufacturing sectors, focusing on reducing the weight of passenger vehicles and aircraft, thereby improving their overall efficiency.

Aracari Biosciences is focused on advancing drug discovery through its innovative 3D Vascularized Micro-Organ platforms. These platforms enhance the biological authenticity of pre-clinical testing by providing a realistic environment for evaluating the efficacy of lead compounds against tumors in a three-dimensional context. Aracari's technology enables real-time imaging of vessel morphology and adapts to various physiological scenarios, allowing for the perfusion of fluorophore-tagged dextrans of differing molecular weights. This unique approach helps pharmaceutical companies improve decision-making processes and accelerates the overall development of new drugs.

TCPoly, Inc. is a manufacturer specializing in thermally conductive plastics and 3D printing materials that enhance the thermal management of electronic devices. Founded in 2016 and headquartered in Atlanta, Georgia, with an additional office in Knoxville, Tennessee, the company produces a range of products including filaments, heat sinks, cold plates, LED fixtures, and battery packs. Notably, TCPoly has developed the Ice9TM Flex filament, designed for additive manufacturing and suitable for low-cost 3D printers as well as traditional methods like injection molding. Their innovative materials are lightweight, electrically insulating, and corrosion-resistant, making them valuable in various industries such as heat exchangers, mold tooling, and electronics thermal management. TCPoly’s products are utilized globally, serving customers in over 20 countries.

AMBOTS Inc. develops innovative swarm 3D printing and assembly technologies aimed at transforming the manufacturing landscape. Utilizing a fleet of autonomous mobile robots that collaborate similarly to a swarm of bees, AMBOTS enables the automated production and assembly of a wide range of products, from everyday items to complex structures like homes and infrastructure. The company's patent-pending approach allows for manufacturing based on digital models on demand, enhancing efficiency and reducing costs. By facilitating the coordination of specialized robots to execute tasks, AMBOTS is positioned to lead the way in fully autonomous and on-demand manufacturing solutions.

Synopic is focused on developing advanced imaging technology aimed at enhancing visualization and decision-making in medical procedures. The company specializes in creating depth-enabled cameras that provide measurable 3D information, particularly for applications like endoscopy and other minimally invasive procedures where instrument size is critical. By employing a single-camera design, Synopic addresses the limitations of existing imaging solutions, offering a compact, high-resolution camera capable of capturing depth information and color images that were previously unattainable due to space constraints. This innovative approach allows for improved visualization and data quality, ultimately supporting medical professionals in making more informed decisions during complex procedures.

Frontier Bio Corporation is a biotechnology company based in Oakland, California, focused on developing and manufacturing advanced bioprinting technologies. Founded in 2018, the company specializes in creating lab-grown human tissues as an ethical alternative to animal studies. Its flagship product, the FLUX-1, is a 3D bioprinter that integrates conventional bioprinting methods with electro-hydrodynamic printing capabilities. This device enables the bioprinting of complex tissues such as skin, cartilage, and bone, and allows for applications in drug toxicity testing, tissue implants, drug screening, disease modeling, and prosthetics. By providing a means to produce human tissues with complete cell survivability, Frontier Bio aims to enhance the healthcare industry's ability to replace animal testing and address the organ transplant waitlist.

Prisms VR is a STEM education platform based in San Francisco, California, founded by Anurupa Ganguly. The company specializes in creating immersive educational experiences using virtual reality technology. Its software features modules designed to provide realistic 3D environments that facilitate problem-solving and enhance understanding of complex concepts. These modules support content remediation and reinforce lessons learned in class, making them valuable for both in-person and remote learning settings. The platform aims to assist teachers and parents in teaching and fostering spatial thinking skills in students, ultimately enriching the educational experience.

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 is a company that develops specialized printing hardware for the manufacturing of lattice core structures. Its technology focuses on non-planar printing, allowing for the deposition of continuous trusses. This innovative approach enhances part strength while significantly reducing printing times and material usage. In addition to its hardware, PrisAM offers customized slicing software to further optimize the printing process, catering to the specific needs of its clients. The company's solutions aim to improve the efficiency and effectiveness of additive manufacturing in various applications.

Endeavos Innovations is a product development and engineering services firm established in 2014 in Clifton Park, New York. The company specializes in advanced mechanical and systems engineering, offering on-demand services that include finite element analysis (FEA) and computational fluid dynamics (CFD) simulations. Endeavos focuses on the fields of mechanical, aerospace, and mechatronics engineering, providing clients with valuable insights to evaluate their designs and enhance innovation. Through its research and engineering expertise, Endeavos supports the development of structural and machine designs, empowering clients to improve existing products and generate new ideas.

WEAV3D Inc. is a technology company based in Norcross, Georgia, specializing in composite forming machinery and processing equipment. Founded in 2017, the company has commercialized a unique composite forming technology initially developed at the Georgia Institute of Technology. This technology integrates weaving and composite consolidation into an automated, continuous process that significantly reduces waste, cycle time, and material handling costs. WEAV3D's composite forming process allows for the production of lightweight structural composite parts using optimized lattice structures combined with various molding techniques, including injection molding and compression molding. This innovative approach can lower part costs by up to 75% compared to traditional carbon fiber composite manufacturing methods, making it advantageous for businesses in high-volume and cost-sensitive markets.

Allegro 3D specializes in Digital Light Processing (DLP) printing technology, focusing on bioprinting applications. The company's platform is designed to accelerate the development of tissue models for drug screening and regenerative medicine. Allegro 3D provides high-precision and high-throughput manufacturing of biomedical devices, cell matrices, and human tissues. These products are used in cell culture, drug screening, therapeutics, and regenerative medicine, aiming to revolutionize healthcare innovations in these fields.

Radiosight is a company founded in 2020 and headquartered in Hoboken, New Jersey, specializing in ultra-wide imaging technology aimed at improving the diagnosis of skin cancer and informing surgical decisions. The company's innovative technology enhances image resolutions through a proprietary technique and includes a handheld 3D imaging device that reveals the underlying shape and profile of suspicious tissue. This capability allows dermatologists to visualize the margins of lesions prior to biopsy, thereby increasing the accuracy of skin lesion excisions.

FluidForm Bio is a biotechnology company focused on creating living human tissue to improve disease treatment. Utilizing its patented FRESH technology, the company employs 3D printing to construct tissue using cells, proteins, and no other materials. This innovative platform has been validated through partnerships with leading life science companies, enabling the production of high-quality tissue for various applications. FluidForm Bio's advanced techniques integrate breakthroughs in 3D printing, computational and synthetic biology, artificial intelligence, and materials science to deliver human tissue that closely resembles natural tissue. Established in 2018 and headquartered in Waltham, Massachusetts, FluidForm Bio aims to provide transformative therapies that offer better treatment options for patients in need.

Ortuvo, established in 2020 with its headquarters in Baltimore, Maryland, specializes in developing innovative research tools tailored for 3D printing technology within the realm of tissue engineering. The company also produces customized bio-inks to cater to the specific needs of healthcare and biotechnology sectors.

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 commercial company specializing in the development of ultra-smooth, circular channel microfluidic chips crafted from a single solid form. The company's innovative technology enables the creation of new products that surpass current manufacturing capabilities, while also making existing high-priced products more accessible. By combining the speed of injection molding with the flexibility of 3D printing, Hummingbird Nano is transforming the production of microfluidic chips and micro-optics. Their precision engineering equipment facilitates the production and assembly of micro-scale components with nanometer-scale accuracy, allowing clients to achieve improved performance and design flexibility in their products. Hummingbird Nano's focus on affordable and high-quality manufacturing is poised to spur innovation and contribute positively to society.

PainScan is a biomedical technology company specializing in the development of innovative medical devices for pain assessment. Their flagship product is a sophisticated system that quantifies and maps pain intensity onto a 3D image of the human body. This device employs ultrathin pressure sensors integrated into a clinician's glove, cameras to track palpation locations, and data from various biosensors to evaluate pain intensity at each touched point. The system enables healthcare professionals to comprehensively visualize and understand pain distribution in the peripheral nervous system, facilitating more accurate diagnoses and personalized treatment plans.

Quadratic 3D, Inc. is a company based in Somerville, Massachusetts, specializing in the development of innovative 3D printing technologies for commercial and industrial applications. Founded in 2019, Quadratic 3D aims to revolutionize traditional notions of 3D printing, providing advanced solutions that empower clients to explore new opportunities across various industries. The company's cutting-edge printing technology facilitates the expansion of 3D printing applications, positioning it as a leader in the evolving landscape of manufacturing and production.

Fortify is an advanced manufacturing startup focused on transforming additive manufacturing by producing custom, high-performance products. The company has developed a patented technology that integrates 3D printing with magnetics to create aligned reinforced carbon fiber composites. Using a combination of digital light processing and magnetic techniques, Fortify enables engineers to design and manufacture items with optimized material properties tailored for specific applications. Its product offerings range from injection mold tooling to high-performance components suitable for demanding environments. Fortify's innovative approach allows digital component manufacturers to access durable and high-performance composites more efficiently and at reduced costs.

Solvus Global is a provider of advanced technology solutions specifically aimed at the materials and manufacturing industries. The company specializes in additive manufacturing, machine learning, and sustainable materials processing. Solvus Global offers innovative solutions to optimize manufacturing processes, enhance efficiency, and foster growth for its clients. Their technology includes an online portal for purchasing quality-controlled, custom-processed powders suited for cold spray and additive manufacturing. Additionally, they develop customized data management systems that integrate into manufacturing cells, allowing clients to achieve real-time, secure cloud synchronization and implement machine-learning-based feedback controls to maximize process performance. With a focus on bespoke solutions, Solvus Global is dedicated to meeting the distinct needs of its customers.

Transport Phenomena Technologies specializes in mechanical engineering consulting, offering a range of services that include CNC and manual machining, annealing and diffusion bonding, thermocouple calibration, and 3D printing. The company has developed a heat sink optimization platform that hybridizes computational fluid dynamics and features compliant vapor chamber technology. This innovation aims to eliminate the need for thick thermal interface materials, such as gap fillers and thermal grease, in various hardware applications. By employing analytical, numerical, and experimental methods, Transport Phenomena Technologies addresses complex challenges related to momentum, heat, and mass transport phenomena.

Terecircuits Corporation is a materials and processes developer focused on micro assembly and mass transfer for displays and advanced electronics. Established in 2015 and based in Mountain View, California, the company specializes in advanced polymers, encapsulation materials, and liquid metal interconnects. Terecircuits is known for its innovative photo-polymer mass transfer techniques, particularly for MicroLED applications in automotive and augmented/virtual reality environments. Additionally, the company designs new materials and methodologies for systems in package manufacturing, catering to the Internet of Things and health technology sectors. By offering novel circuit fabrication and assembly techniques, Terecircuits enables industries such as displays, electronics, and semiconductors to create products that are lighter, more efficient, and cost-effective.

Maui Imaging, Inc. is a manufacturer of advanced ultrasound imaging devices, established in 2006 and headquartered in Sunnyvale, California. The company specializes in producing multiple aperture ultrasound systems that provide enhanced imaging capabilities, allowing for the visualization of structures such as bones, metals, plastics, gas, and soft tissue. Utilizing innovative technologies like Computed Echo Tomography and adaptive beam forming, Maui Imaging's devices deliver 3D imaging that surpasses the capabilities of traditional ultrasound methods. This advanced imaging technology supports healthcare providers in making more accurate diagnoses and treatment decisions.

Terran Robotics is a construction company based in Bloomington, Indiana, that focuses on the integration of artificial intelligence and robotics in home construction. The company specializes in automated adobe wall building, utilizing a custom-designed cable-driven robot to create three-dimensional printed homes. This innovative approach enhances traditional earthen building techniques, offering features such as fire resistance and superior sound dampening. By leveraging advanced technology, Terran Robotics aims to significantly reduce housing costs, lower energy expenses, and promote environmentally friendly construction practices.

Alloy Enterprises Inc., incorporated in 2020 and located in Somerville, Massachusetts, specializes in developing advanced 3D printing technologies aimed at improving conventional manufacturing processes. The company focuses on addressing inefficiencies in the production of aluminum parts through its innovative aluminum additive technology. This technology enables the creation of dense and cost-effective components without the need for expensive and hazardous powders. By offering solutions that overcome traditional manufacturing limitations, Alloy Enterprises seeks to foster innovation and support advancements in lightweight materials and emissions reduction.

GelSight, Inc. is a technology company based in Waltham, Massachusetts, focused on developing advanced sensor solutions for precise surface measurements. Founded in 2011, GelSight specializes in a unique sensor technology that captures the 3D topography of various rigid materials, providing detailed surface geometry and dimensional measurements with precision down to single-digit microns. Its flagship product, the GelSight benchtop scanner, is designed to meet the diverse needs of industries such as aerospace, electronics, ballistics, and metrology, as well as applications in universities and forensics. The company's innovative approach allows for flexible measurements across a wide range of scales, enabling clients to obtain highly accurate and reliable 3D data that reveals intricate surface details not visible to the naked eye.

Prisms VR is a STEM education platform based in San Francisco, California, founded by Anurupa Ganguly. The company specializes in creating immersive educational experiences using virtual reality technology. Its software features modules designed to provide realistic 3D environments that facilitate problem-solving and enhance understanding of complex concepts. These modules support content remediation and reinforce lessons learned in class, making them valuable for both in-person and remote learning settings. The platform aims to assist teachers and parents in teaching and fostering spatial thinking skills in students, ultimately enriching the educational experience.

EPIImaging is a company focused on developing a 3D computer vision platform that specializes in creating camera arrays for light-field capture and analysis. Their innovative 3D vision system utilizes epipolar-plane image analysis, a technique recognized for its significance in high-quality passive ranging. This technology enables the precise acquisition and delivery of light fields, addressing challenges such as the aperture problem and facilitating the correspondence problem between various captured viewpoints. EPIImaging's solutions aim to enhance image quality and provide advanced capabilities in 3D vision applications.

Boston Materials, Inc. is a manufacturer of advanced composite materials based in Bedford, Massachusetts, founded in 2016. The company specializes in producing 3D reinforced carbon fiber pre-pregs and offers a patented Z-axis Fiber technology that incorporates vertically aligned carbon fibers. This innovative approach enhances the thermal, electrical, and mechanical properties of materials, making them suitable for various high-growth industries, including semiconductors, aerospace, automotive, and renewable energy. Boston Materials' products are designed to improve performance, efficiency, and reliability while addressing challenges related to durability and weight reduction. The company employs a roll-to-roll manufacturing process with in-line quality control, achieving an annual production capacity of one million square meters.

Boydston Chemicals Innovations, Inc. is a manufacturer of resins and specialty chemicals, established in 2017 and located in Federal Way, Washington. As a subsidiary of 3D Systems Corporation, the company specializes in the development of innovative solutions utilizing ring-opening metathesis polymerization. Boydston Chemicals Innovations produces a variety of chemical products, including polynorbornene, polydicyclopentadiene, and related homopolymers. The company is also engaged in extensive research to enhance the applications of its polymer compounds, offering solutions that incorporate metal initiators such as ruthenium, molybdenum, and tungsten salts.

nView Medical, Inc. is a medical technology company specializing in the development and manufacturing of advanced medical imaging equipment for invasive surgical procedures. Its flagship product, the nView s1, employs insta3D image scanning technology to provide real-time, step-by-step guidance to surgeons, enhancing surgical accuracy and reducing operation time. The device utilizes artificial intelligence, model-based imaging, and machine learning to deliver 3D visualization during surgeries. nView Medical's innovations address a range of medical procedures, including biopsies, tumor resections, minimally invasive vascular interventions, and orthopedic surgeries. Founded in 2012 and headquartered in Salt Lake City, Utah, the company aims to improve surgical outcomes by offering tools that increase safety and precision while minimizing the need for X-ray radiation.

TCPoly, Inc. is a manufacturer specializing in thermally conductive plastics and 3D printing materials that enhance the thermal management of electronic devices. Founded in 2016 and headquartered in Atlanta, Georgia, with an additional office in Knoxville, Tennessee, the company produces a range of products including filaments, heat sinks, cold plates, LED fixtures, and battery packs. Notably, TCPoly has developed the Ice9TM Flex filament, designed for additive manufacturing and suitable for low-cost 3D printers as well as traditional methods like injection molding. Their innovative materials are lightweight, electrically insulating, and corrosion-resistant, making them valuable in various industries such as heat exchangers, mold tooling, and electronics thermal management. TCPoly’s products are utilized globally, serving customers in over 20 countries.

RaySecur Inc. is a company based in Cambridge, Massachusetts, focused on developing advanced 3D package scanning and imaging devices for detecting concealed threats in mail and parcels. Founded in 2018, RaySecur's MailSecur systems utilize millimeter-wave technology to provide real-time, three-dimensional imaging, which allows for the detection of powders, solids, liquids, and hazardous materials such as chemical, biological, radiological, and explosive composites. Unlike traditional X-ray systems, RaySecur's solutions are user-friendly, portable, and do not require extensive training for effective operation, making them suitable for various environments, including small mailrooms. The company’s technology is employed by Fortune 500 companies and government organizations worldwide to enhance security and protect personnel and assets from potential threats.

PrintFoam specializes in 3D printing services that utilize foamed materials to produce lighter and more cost-effective components. By employing advanced materials formulation and manufacturing techniques, the company creates innovative foam products tailored for various industries, including automotive, aerospace, defense, oil and gas, and construction materials. PrintFoam's approach allows clients to benefit from adjustable foam porosity and enhanced compressive properties, enabling significant reductions in material costs and weight without compromising performance.

Unspun, Inc. is a digital apparel company based in San Francisco, California, founded in 2015. It specializes in creating custom jeans tailored to individual consumers using advanced body scanning technology, fit algorithms, and additive manufacturing. The company aims to address environmental challenges by minimizing pattern-cutting waste and unsold inventory, thus contributing to a reduction in global carbon emissions. Unspun's innovative approach enables on-demand production of jeans in under ten minutes, utilizing localized manufacturing processes designed to be zero-waste. Its technology has gained recognition, including being named one of TIME's Best Inventions of 2019, and supports a B2B platform that facilitates digital customization for major apparel brands.

Synopic is focused on developing advanced imaging technology aimed at enhancing visualization and decision-making in medical procedures. The company specializes in creating depth-enabled cameras that provide measurable 3D information, particularly for applications like endoscopy and other minimally invasive procedures where instrument size is critical. By employing a single-camera design, Synopic addresses the limitations of existing imaging solutions, offering a compact, high-resolution camera capable of capturing depth information and color images that were previously unattainable due to space constraints. This innovative approach allows for improved visualization and data quality, ultimately supporting medical professionals in making more informed decisions during complex procedures.

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

GeniPhys LLC is a medical technology company founded in 2014 and headquartered in Zionsville, Indiana. The company focuses on the commercialization of standardized tunable collagen polymers, known as collymers, and collagen-fibril materials for various research and medical applications. GeniPhys manufactures research-grade collymers and polymerization reagents that allow for user customization of 3D collagen-fibril matrices, which are essential for developing in-vitro tissue systems used in drug discovery, toxicity testing, and fundamental cell research. Its product offerings include polymerization kits, solutions, buffers, and supplements, all available online. GeniPhys's innovative technology supports the design and fabrication of collagen materials that promote tissue restoration and regeneration, aiding medical researchers in exploring new applications for regenerative tissue replacements and pharmaceutical therapies.

AMBOTS Inc. develops innovative swarm 3D printing and assembly technologies aimed at transforming the manufacturing landscape. Utilizing a fleet of autonomous mobile robots that collaborate similarly to a swarm of bees, AMBOTS enables the automated production and assembly of a wide range of products, from everyday items to complex structures like homes and infrastructure. The company's patent-pending approach allows for manufacturing based on digital models on demand, enhancing efficiency and reducing costs. By facilitating the coordination of specialized robots to execute tasks, AMBOTS is positioned to lead the way in fully autonomous and on-demand manufacturing solutions.

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 bioavailability, and allows clients to assess therapeutic effects early in the development process, thereby reducing the need for live animal testing.

Vartega Inc. is a technology development firm based in Golden, Colorado, that specializes in the recycling of carbon fiber, a strong and lightweight material used across various industries, including aerospace, automotive, wind energy, and sporting goods. Founded in 2014, Vartega employs a patented recycling process to transform carbon fiber scrap and waste into low-cost, high-quality products suitable for mass-market applications. The company’s offerings include semi-continuous, chopped, and milled carbon fiber, which can be utilized in thermoplastics, nonwoven fabrics, and molding compounds. By diverting carbon fiber waste from landfills, Vartega aims to enhance the sustainability of these industries, contributing to improved fuel economy and significant reductions in greenhouse gas emissions.

Xidas is a technology company specializing in the design and manufacture of advanced micro-scale solutions for various markets, including industrial applications, life-tech, and the Internet of Things (IoT). Utilizing a unique, multi-patented miniaturization paradigm known as Amalga, Xidas integrates innovative manufacturing technologies, design methodologies, and diverse materials processing to create products that were previously unattainable. The company's offerings include semiconductors, sensors, micro-actuators, and 3D microstructures, all crafted using non-silicon manufacturing processes. Xidas focuses on delivering highly integrated smart modules and sensors tailored for deployment in a wide range of IoT scenarios, thereby providing industry-first technologies to its customers.

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 New Jersey-based company specializing in advanced drug discovery through innovative bio-imaging and bioinformatics solutions. The company develops and provides cutting-edge tissue clearing technology and 3D imaging tools that enhance the visualization of plant and biological specimens. Its flagship product, Visikol, enables researchers to conduct optical sectioning of plant tissues, facilitating the identification of adulterants and the assessment of sample quality and authenticity. In addition, Visikol offers a range of tissue clearing kits and reagents, including Visikol HISTO, which seamlessly integrate 3D imaging into existing tissue processing workflows. The company's services include end-to-end drug discovery offerings, such as 2D and 3D cell culture model development, in vitro screening, and digital pathology, all aimed at transforming biological tissues into high-resolution images and quantitative data sets for informed decision-making in research and development.

Chromatic 3D Materials specializes in the development of advanced 3D printing materials, particularly focusing on durable elastomers suitable for finished manufactured goods. The company offers a unique additive manufacturing platform that utilizes reactive extrusion technology, enabling the production of industrial-strength rubber parts. Their innovative polyurethanes can withstand a range of mechanical stresses, such as flexing, stretching, twisting, and squeezing, making them highly adaptable and resilient. By providing customizable properties, Chromatic 3D Materials enables manufacturers to explore novel product designs while promoting sustainability and flexibility in material applications.

Solvus Global is a provider of advanced technology solutions specifically aimed at the materials and manufacturing industries. The company specializes in additive manufacturing, machine learning, and sustainable materials processing. Solvus Global offers innovative solutions to optimize manufacturing processes, enhance efficiency, and foster growth for its clients. Their technology includes an online portal for purchasing quality-controlled, custom-processed powders suited for cold spray and additive manufacturing. Additionally, they develop customized data management systems that integrate into manufacturing cells, allowing clients to achieve real-time, secure cloud synchronization and implement machine-learning-based feedback controls to maximize process performance. With a focus on bespoke solutions, Solvus Global is dedicated to meeting the distinct needs of its customers.

Aligned Carbon Inc. is a manufacturer of carbon nanotubes (CNTs) specifically designed for the integrated circuit industry. Established in 2018 and headquartered in Santa Clara, California, the company produces semiconductor-pure, aligned CNTs that are available on industry-standard wafers at a manufacturing scale. These CNTs are uniquely aligned in arrays that cover full semiconductor substrates and can be purified to be either entirely semiconducting or metallic. Aligned Carbon's technology facilitates a transition away from traditional silicon, allowing semiconductor foundries to achieve significant improvements in speed, energy efficiency, and performance in applications such as logic processing, signal processing, and advanced sensing technologies. The company's innovations enable clients to enhance computing applications through the integration of carbon nanotube logic with conventional silicon logic and memory, thereby addressing growing demands in the semiconductor sector.

3Derm Systems, Inc., based in Boston, Massachusetts, is a pioneering company in 3D dermatology that provides a specialized handheld skin imager and cloud-based software designed for capturing, storing, and transmitting high-resolution 3D images of the skin. Established in 2011, the company enables non-dermatologists to take clinical-quality skin images remotely, facilitating efficient monitoring of skin lesions by dermatologists. This innovative approach reduces healthcare costs, shortens wait times, and enhances access to dermatological care, particularly for the two million Americans diagnosed with skin cancer annually. By allowing patients to capture images from the comfort of their homes and upload them for review, 3Derm helps prioritize in-office appointments for those with more concerning conditions. The company's technology aims to transform teledermatology, offering a cost-effective solution that maintains the continuity of care with local dermatologists while ensuring high diagnostic quality. As of August 2020, 3Derm operates as a subsidiary of Digital Diagnostics, Inc.

Fortify is an advanced manufacturing startup focused on transforming additive manufacturing by producing custom, high-performance products. The company has developed a patented technology that integrates 3D printing with magnetics to create aligned reinforced carbon fiber composites. Using a combination of digital light processing and magnetic techniques, Fortify enables engineers to design and manufacture items with optimized material properties tailored for specific applications. Its product offerings range from injection mold tooling to high-performance components suitable for demanding environments. Fortify's innovative approach allows digital component manufacturers to access durable and high-performance composites more efficiently and at reduced costs.

MRX Analytics, founded in 2017 and based in Colorado Springs, Colorado, specializes in addressing challenges that involve 3D temperature measurements in magnetic resonance imaging (MRI) systems. The company leverages its patent-pending technology to enhance MRI-assisted temperature measurement, aiming to streamline processes for its clients. With a team of internationally recognized researchers in the field of magnetic resonance, MRX Analytics is dedicated to providing innovative solutions that not only address specific customer needs but also create new business opportunities while saving time.

Momentum Optics specializes in the on-demand manufacturing of premium glass optics, addressing the growing demand for high-quality optical components. The company utilizes proprietary technology supported by NASA to produce custom lenses with precision, significantly enhancing manufacturing efficiency. By employing machine learning and a unique laser-based mechanism, Momentum Optics is able to fabricate multiple lenses simultaneously, thereby accelerating the development process for researchers and product developers. This innovative approach not only reduces costs and improves the performance of optical devices but also shortens time to market, positioning Momentum Optics as a leader in the optical components industry.

Aracari Biosciences is focused on advancing drug discovery through its innovative 3D Vascularized Micro-Organ platforms. These platforms enhance the biological authenticity of pre-clinical testing by providing a realistic environment for evaluating the efficacy of lead compounds against tumors in a three-dimensional context. Aracari's technology enables real-time imaging of vessel morphology and adapts to various physiological scenarios, allowing for the perfusion of fluorophore-tagged dextrans of differing molecular weights. This unique approach helps pharmaceutical companies improve decision-making processes and accelerates the overall development of new drugs.

WEAV3D Inc. is a technology company based in Norcross, Georgia, specializing in composite forming machinery and processing equipment. Founded in 2017, the company has commercialized a unique composite forming technology initially developed at the Georgia Institute of Technology. This technology integrates weaving and composite consolidation into an automated, continuous process that significantly reduces waste, cycle time, and material handling costs. WEAV3D's composite forming process allows for the production of lightweight structural composite parts using optimized lattice structures combined with various molding techniques, including injection molding and compression molding. This innovative approach can lower part costs by up to 75% compared to traditional carbon fiber composite manufacturing methods, making it advantageous for businesses in high-volume and cost-sensitive markets.

Teton Simulation is a software company specializing in automatic validation and optimization of 3D print parameters. Its technology replaces traditional print-break-repeat prototyping cycles, accelerating product development and reducing production time and costs. Users can create applications leveraging structural behavior and progressive failure analysis.

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

Unspun, Inc. is a digital apparel company based in San Francisco, California, founded in 2015. It specializes in creating custom jeans tailored to individual consumers using advanced body scanning technology, fit algorithms, and additive manufacturing. The company aims to address environmental challenges by minimizing pattern-cutting waste and unsold inventory, thus contributing to a reduction in global carbon emissions. Unspun's innovative approach enables on-demand production of jeans in under ten minutes, utilizing localized manufacturing processes designed to be zero-waste. Its technology has gained recognition, including being named one of TIME's Best Inventions of 2019, and supports a B2B platform that facilitates digital customization for major apparel brands.

nView Medical, Inc. is a medical technology company specializing in the development and manufacturing of advanced medical imaging equipment for invasive surgical procedures. Its flagship product, the nView s1, employs insta3D image scanning technology to provide real-time, step-by-step guidance to surgeons, enhancing surgical accuracy and reducing operation time. The device utilizes artificial intelligence, model-based imaging, and machine learning to deliver 3D visualization during surgeries. nView Medical's innovations address a range of medical procedures, including biopsies, tumor resections, minimally invasive vascular interventions, and orthopedic surgeries. Founded in 2012 and headquartered in Salt Lake City, Utah, the company aims to improve surgical outcomes by offering tools that increase safety and precision while minimizing the need for X-ray radiation.

Pensievision is a medical technology company specializing in the development of innovative three-dimensional (3D) imaging solutions for point-of-care diagnostics. Their primary focus is on enhancing early-stage detection and analysis of cervical cancers. The company's proprietary software, coupled with artificial intelligence algorithms and commercially available liquid lens technology, generates high-resolution 3D images. This enables efficient screening and diagnostics without the need for lab results or additional clinic visits, making it a favorable alternative to traditional methods due to its ease of use, accessibility, and cost-effectiveness. Pensievision's technology also facilitates a screen-and-treat approach by integrating with a patented formulated therapeutic, assisting clinicians in identifying pre-cancer cervical lesions early on.

Allegro 3D specializes in Digital Light Processing (DLP) printing technology, focusing on bioprinting applications. The company's platform is designed to accelerate the development of tissue models for drug screening and regenerative medicine. Allegro 3D provides high-precision and high-throughput manufacturing of biomedical devices, cell matrices, and human tissues. These products are used in cell culture, drug screening, therapeutics, and regenerative medicine, aiming to revolutionize healthcare innovations in these fields.

Transport Phenomena Technologies specializes in mechanical engineering consulting, offering a range of services that include CNC and manual machining, annealing and diffusion bonding, thermocouple calibration, and 3D printing. The company has developed a heat sink optimization platform that hybridizes computational fluid dynamics and features compliant vapor chamber technology. This innovation aims to eliminate the need for thick thermal interface materials, such as gap fillers and thermal grease, in various hardware applications. By employing analytical, numerical, and experimental methods, Transport Phenomena Technologies addresses complex challenges related to momentum, heat, and mass transport phenomena.

Plasmonic Diagnostics is a biotechnology company focused on developing innovative diagnostic systems for infectious diseases, sexually transmitted diseases, and cancer. The company utilizes advanced single molecule detection technology to create non-invasive and ultra-sensitive devices that target specific biomarkers. By leveraging 3D-printed components and smartphone camera technology as detectors, Plasmonic Diagnostics enhances the diagnostic process with features such as rapid time-to-detection, intrinsic signal amplification, high signal-to-noise ratios, and directional emission. This approach allows for the provision of affordable diagnostic tests, making healthcare more accessible for patients.

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.

Boston Materials, Inc. is a manufacturer of advanced composite materials based in Bedford, Massachusetts, founded in 2016. The company specializes in producing 3D reinforced carbon fiber pre-pregs and offers a patented Z-axis Fiber technology that incorporates vertically aligned carbon fibers. This innovative approach enhances the thermal, electrical, and mechanical properties of materials, making them suitable for various high-growth industries, including semiconductors, aerospace, automotive, and renewable energy. Boston Materials' products are designed to improve performance, efficiency, and reliability while addressing challenges related to durability and weight reduction. The company employs a roll-to-roll manufacturing process with in-line quality control, achieving an annual production capacity of one million square meters.

Lunewave Inc., established in 2017 and headquartered in Tucson, Arizona, specializes in manufacturing Luneburg lens-based antennas and automotive radar sensor systems. These products are designed for various applications including autonomous driving, wireless communications, drones, telecommunication, aerospace/defense, and specialized research sectors. The company's sensors feature a compact, robust design capable of high resolution, all-directional fields of view, and long detection ranges, with custom-made antennas available in different sizes and operating frequencies to meet specific requirements.

3DEO, Inc. is a California-based company founded in 2016 that specializes in the high-volume production of small metal components using advanced 3D metal printing technology. The company focuses on ensuring a seamless transition from prototyping to final production, enabling customers to innovate and create unique products through its patented technology and Design for Additive Manufacturing (DfAM). In addition to its manufacturing capabilities, 3DEO offers a data analytics platform that captures, stores, and facilitates interaction with location-based data. This platform allows businesses to analyze sensor data from IoT devices, combining 3D visualization and big data analytics to provide customizable insights that support strategic decision-making.

Elementum 3D, Inc. is a research and development company based in Erie, Colorado, that specializes in advanced additive manufacturing materials for 3D printing applications. Founded in 2014, the company focuses on the development and production of a variety of high-performance materials, including aluminum Metal-Matrix Composites, tungsten, copper, nickel, steel Metal-Matrix Composites, nickel-titanium, and cemented carbide. These materials are engineered to withstand higher loads while maintaining essential properties such as conductivity, resistance to abrasion, heat, oxidation, and corrosion. By catering to the evolving needs of the 3D printing industry, Elementum 3D aims to provide superior quality materials that help clients enhance their manufacturing capabilities.

PolySpectra, Inc. is a Berkeley, California-based company founded in 2016 that specializes in the development of computer-guided 3-D printing resins. The company focuses on transforming 3D printing from a prototyping tool into a viable production manufacturing solution. PolySpectra manufactures functional materials for advanced additive manufacturing, utilizing light-activated catalysts to create durable plastic parts suitable for consumer use. Its modular platform allows for the delivery of materials with a wide range of tailored properties derived from a single chemical system. This innovative approach supports 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 Chemicals Innovations, Inc. is a manufacturer of resins and specialty chemicals, established in 2017 and located in Federal Way, Washington. As a subsidiary of 3D Systems Corporation, the company specializes in the development of innovative solutions utilizing ring-opening metathesis polymerization. Boydston Chemicals Innovations produces a variety of chemical products, including polynorbornene, polydicyclopentadiene, and related homopolymers. The company is also engaged in extensive research to enhance the applications of its polymer compounds, offering solutions that incorporate metal initiators such as ruthenium, molybdenum, and tungsten salts.

GelSight, Inc. is a technology company based in Waltham, Massachusetts, focused on developing advanced sensor solutions for precise surface measurements. Founded in 2011, GelSight specializes in a unique sensor technology that captures the 3D topography of various rigid materials, providing detailed surface geometry and dimensional measurements with precision down to single-digit microns. Its flagship product, the GelSight benchtop scanner, is designed to meet the diverse needs of industries such as aerospace, electronics, ballistics, and metrology, as well as applications in universities and forensics. The company's innovative approach allows for flexible measurements across a wide range of scales, enabling clients to obtain highly accurate and reliable 3D data that reveals intricate surface details not visible to the naked eye.

Orange Maker, LLC is a 3D printing technology company based in Thousand Oaks, California, founded in 2013. It specializes in developing advanced 3D printing systems and user-friendly software programs, notably its Helios One system, which utilizes heliolithography technology to achieve high-resolution outputs. The company focuses on providing innovative solutions for various applications, including aerospace, architecture, automotive, biotech, defense, and medical fields, enabling professional designers and engineers to create high-quality 3D printed products. Orange Maker's patent-pending technology facilitates flexible manufacturing by offering a range of compatible materials and smooth surface finishes. The founders, driven by a passion for empowering creativity through advanced tools, foster a collaborative environment within the 3D printing community.

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.

systeMECH, founded in 2011 by David Grierson and Kevin Turner, specializes in the development of innovative and scalable bonding and layer transfer manufacturing processes. The company focuses on transforming the production of flexible micro- and nano-scale devices through its specialized layer-transfer technology. systeMECH offers expertise in micro- and nanofabrication, with particular emphasis on bonding and layer transfer techniques suitable for advanced applications in flexible electronics, photonics, MEMS, and semiconductor devices. By enabling researchers to transfer high-performance materials and devices onto flexible and soft substrates, the company plays a pivotal role in advancing manufacturing capabilities for a variety of industries.

ZeroUI Inc. is an information technology company based in West Lafayette, Indiana, that specializes in hands-free and gesture-based 3D modeling technology. Founded in 2012, the company develops innovative solutions for various applications, including virtual reality, augmented reality, robotics, and wearables. One of its notable products is HandiMate, a gesture-controlled robotic toy construction kit designed for children, promoting STEM learning and creative storytelling. Additionally, ZeroUI offers an immersive e-learning platform that leverages its IoT robotics system to provide experiential learning opportunities, allowing users to engage with community projects and access a collective knowledge base to realize their ideas.

Chromatic 3D Materials specializes in the development of advanced 3D printing materials, particularly focusing on durable elastomers suitable for finished manufactured goods. The company offers a unique additive manufacturing platform that utilizes reactive extrusion technology, enabling the production of industrial-strength rubber parts. Their innovative polyurethanes can withstand a range of mechanical stresses, such as flexing, stretching, twisting, and squeezing, making them highly adaptable and resilient. By providing customizable properties, Chromatic 3D Materials enables manufacturers to explore novel product designs while promoting sustainability and flexibility in material applications.

Xidas is a technology company specializing in the design and manufacture of advanced micro-scale solutions for various markets, including industrial applications, life-tech, and the Internet of Things (IoT). Utilizing a unique, multi-patented miniaturization paradigm known as Amalga, Xidas integrates innovative manufacturing technologies, design methodologies, and diverse materials processing to create products that were previously unattainable. The company's offerings include semiconductors, sensors, micro-actuators, and 3D microstructures, all crafted using non-silicon manufacturing processes. Xidas focuses on delivering highly integrated smart modules and sensors tailored for deployment in a wide range of IoT scenarios, thereby providing industry-first technologies to its customers.

Inkbit Corporation, founded in 2017 and based in Medford, Massachusetts, specializes in the research, development, and manufacturing of advanced 3D printers. The company has created a next-generation additive manufacturing platform that integrates machine vision and multi-material jetting technologies. By leveraging expertise from MIT-trained scientists and engineers, Inkbit aims to address the challenges of mass-market additive manufacturing. Its innovative approach enables rapid, on-demand production of polymer 3D printed parts, effectively bridging the gap between prototyping and full-scale manufacturing. This capability caters to the needs of industries requiring high precision and speed for complex, multi-material end-use products.

Nanochon is a medical device company focused on developing innovative solutions for treating cartilage damage in joints. Utilizing 3D printing technology and proprietary nanomaterials, the company aims to create implantable devices that replace lost or damaged cartilage and stimulate new tissue growth. This approach enables healthcare providers to offer cost-effective, on-demand treatments tailored to young and active patients suffering from knee injuries or diseases.

Unspun, Inc. is a digital apparel company based in San Francisco, California, founded in 2015. It specializes in creating custom jeans tailored to individual consumers using advanced body scanning technology, fit algorithms, and additive manufacturing. The company aims to address environmental challenges by minimizing pattern-cutting waste and unsold inventory, thus contributing to a reduction in global carbon emissions. Unspun's innovative approach enables on-demand production of jeans in under ten minutes, utilizing localized manufacturing processes designed to be zero-waste. Its technology has gained recognition, including being named one of TIME's Best Inventions of 2019, and supports a B2B platform that facilitates digital customization for major apparel brands.

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

Teton Simulation is a software company specializing in automatic validation and optimization of 3D print parameters. Its technology replaces traditional print-break-repeat prototyping cycles, accelerating product development and reducing production time and costs. Users can create applications leveraging structural behavior and progressive failure analysis.

Multi3D is a company that specializes in the development of advanced 3D printing filament specifically designed for the production of electronic components. Their innovative filament allows for the manufacturing of radio frequency and microwave components, facilitating the printing of various electronic circuits. This includes applications such as LED signs, matrix displays, and Bluetooth lamps. The filament is engineered to extrude at specific temperatures and recommended printing speeds, enabling users to create highly conductive and functional electronic devices through 3D printing technology.

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, specializing in a 3D atomic resolution microscope. This innovative device employs atom microscope by projection (AMP) technology, which allows for the precise imaging, analysis, sequencing, and design of atoms in three-dimensional space. Atomnaut's offerings include a variety of materials critical for various industries, such as silicon transistors, high-strength steels, nanowires, quantum dots, tungsten alloys for fusion and aerospace applications, as well as nanostructured light and strong aluminum alloys. Through its cutting-edge technology, the company enables scientists to identify and determine the atomic structure of materials, contributing to advancements in materials engineering and design.

Lunewave Inc., established in 2017 and headquartered in Tucson, Arizona, specializes in manufacturing Luneburg lens-based antennas and automotive radar sensor systems. These products are designed for various applications including autonomous driving, wireless communications, drones, telecommunication, aerospace/defense, and specialized research sectors. The company's sensors feature a compact, robust design capable of high resolution, all-directional fields of view, and long detection ranges, with custom-made antennas available in different sizes and operating frequencies to meet specific requirements.

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 is a company focused on developing a 3D computer vision platform that specializes in creating camera arrays for light-field capture and analysis. Their innovative 3D vision system utilizes epipolar-plane image analysis, a technique recognized for its significance in high-quality passive ranging. This technology enables the precise acquisition and delivery of light fields, addressing challenges such as the aperture problem and facilitating the correspondence problem between various captured viewpoints. EPIImaging's solutions aim to enhance image quality and provide advanced capabilities in 3D vision applications.

3DEO, Inc. is a California-based company founded in 2016 that specializes in the high-volume production of small metal components using advanced 3D metal printing technology. The company focuses on ensuring a seamless transition from prototyping to final production, enabling customers to innovate and create unique products through its patented technology and Design for Additive Manufacturing (DfAM). In addition to its manufacturing capabilities, 3DEO offers a data analytics platform that captures, stores, and facilitates interaction with location-based data. This platform allows businesses to analyze sensor data from IoT devices, combining 3D visualization and big data analytics to provide customizable insights that support strategic decision-making.

Elementum 3D, Inc. is a research and development company based in Erie, Colorado, that specializes in advanced additive manufacturing materials for 3D printing applications. Founded in 2014, the company focuses on the development and production of a variety of high-performance materials, including aluminum Metal-Matrix Composites, tungsten, copper, nickel, steel Metal-Matrix Composites, nickel-titanium, and cemented carbide. These materials are engineered to withstand higher loads while maintaining essential properties such as conductivity, resistance to abrasion, heat, oxidation, and corrosion. By catering to the evolving needs of the 3D printing industry, Elementum 3D aims to provide superior quality materials that help clients enhance their manufacturing capabilities.

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.