MassChallenge

Rrreefs is an environmental company focused on the restoration of damaged coral reefs through the use of an innovative modular reef system developed via 3D-printing technology. The company's mission is to scale up its efforts in restoring marine ecosystems, thereby enhancing marine biodiversity and creating new underwater attractions that promote ecotourism. Additionally, Rrreefs aims to raise awareness among tourists about the importance of coastal ecosystems and their protection. By collaborating with conservation organizations, Rrreefs seeks to provide sustainable solutions for the restoration and preservation of marine environments.

3D Architech is a manufacturer specializing in advanced metal production using proprietary 3D printing technology. The company focuses on enhancing design flexibility, sustainability, and versatility within the metal manufacturing sector. It offers a range of products, including high-resolution net-shape metal and innovative printing equipment that surpasses traditional metal 3D printers. Additionally, 3D Architech provides a diverse selection of materials, such as metals, ceramics, composites, and multi-materials, allowing clients to optimize their structures and improve device performance. Through its cutting-edge technology and material options, the company aims to transform the landscape of metal manufacturing.

3D Orthobiologic Solutions is creating a 3D-printed scaffold that may be customized for healing and rebuilding bone in oral and maxillofacial surgery.

Cultimate Foods is a pioneering cellular agriculture company specializing in the development of cultivated fat for hybrid alt-meat products. The company's unique technological approach involves 3D cultivation, replicating the structure of animal fat tissue and reducing production costs. Cultimate Foods aims to provide consumers with a more efficient, sustainable, and ethical way to enjoy meat-like experiences while minimizing environmental impact.

Mod Tech Labs is an AI-driven platform specializing in 3D content processing that simplifies and automates complex workflows in digital content creation. The platform boasts over 200 advanced tools that integrate into production pipelines, optimizing every phase from asset management to playback across various devices. By employing machine learning algorithms, Mod Tech Labs enhances the quality and efficiency of content for industries such as film, television, gaming, and immersive media. Its automated workflow capabilities streamline the creation process, enabling clients to minimize infrastructure costs and reduce labor hours while focusing on creative excellence. Ultimately, Mod Tech Labs empowers professionals to manage and accelerate their workflows with precision, ensuring seamless orchestration between rendering and optimization.

M Aerospace RTC is an aerospace company based in Austin, Texas, founded in 2018. The company specializes in developing advanced metal 3D printing technologies and services, focusing on the production of large-scale metal components. M Aerospace RTC offers a diverse array of metal materials and material combinations, enabling efficient additive manufacturing solutions. By providing innovative rapid prototyping and production capabilities, the company aims to serve the growing demands of the 3D printing industry in a cost-effective manner.

ZEG is a developer of a 3D model platform designed for various consumer goods, including furniture, shoes, and clothing. The platform utilizes computer vision and deep learning technologies to create photorealistic 3D content, allowing clients to effectively showcase their products. By offering an efficient means to present goods in three-dimensional and extended reality formats, ZEG helps businesses reduce both the time and costs associated with product visualization. This innovative approach enhances the consumer experience and aims to increase conversion rates for clients.

AMPHIBIO is a 3D printed amphibious garment which function as a gill. Designed for a future where humankind lives in very close proximity with water, it provides daily comfort to people who spend as much time in the water as on the land.

Gelatex is a materials technology company based in Estonia, founded in 2016 and incorporated in the UK in 2019. The company specializes in producing bio-based nanofibers using a patented technology that allows for large-scale production at significantly lower costs. Gelatex's nanofibers are derived from gelatin sourced from low-value waste in the meat and leather industries, ensuring that its products are environmentally friendly and made from natural, non-toxic substances. Initially focused on developing eco-friendly leather-like textiles, the company recognized the broader applications of its technology during the COVID-19 pandemic, leading to a strategic pivot. Gelatex's innovative solutions have potential applications in various fields, including tissue engineering, cultured meat production, bio-based filtration, energy storage, and wound care.

Readily3D is a Swiss company based in Lausanne that specializes in volumetric 3D printing solutions. Founded in 2020 as a spin-off from the École Polytechnique Fédérale de Lausanne (EPFL), the company has developed an innovative technology that allows for the rapid manufacturing of complex objects in less than 30 seconds using tomography. Readily3D focuses on creating patient-specific devices, such as comfortable orthoses for individuals with hearing loss and surgical models for medical professionals. Its platform utilizes a liquid photosensitive polymer that is illuminated from multiple angles with dynamic light patterns, enabling the production of customized, elastic materials. This technology aims to enhance patient care and streamline surgical planning for healthcare providers.

TeVido BioDevices, Inc. is a biotech start-up based in Austin, Texas, focused on developing innovative tissue-engineered products for reconstructive surgery. Established in 2016, the company utilizes a platform technology that integrates 3D bio-printing with patients' living cells to create custom grafts. These grafts specifically address unmet needs in reconstructive and cosmetic surgery, particularly for individuals who have lost skin color due to scarring or disease. TeVido's approach aims to enhance the quality of life and self-esteem of those affected by disfigurement while also having potential applications in wound healing and broader cosmetic procedures. Through its advanced manufacturing techniques and cellular therapy innovations, TeVido BioDevices is poised to significantly improve surgical outcomes in the field of reconstructive medicine.

Bitreel specializes in developing 3D virtual showrooms tailored for the furniture and design industry. The company's platform enables brands to create, manage, and operate immersive and interactive 3D environments that can be accessed from any browser or device. This technology allows businesses to showcase their products virtually, enhancing the remote sales experience by bringing the in-store experience online through augmented reality.

1 Degree Freedom robotics developing Modular Smart Actuation systems that reduce the development time required for Robotic Solution Providers to build Robots for various applications. By using IoT technology along with intelligent algorithms we also provide reliability management services for these systems to reduce downtime of the robots. We have started with a product line of Smart Wheels that encapsulates the complexity of motion in mobile robots in the form factor of a wheel.

FlyingBasket is an Italian company based in South Tyrol, specializing in drone delivery systems. It focuses on developing unmanned aerial vehicles capable of carrying heavy payloads, with the capacity to lift up to 100 kg. The company operates as a Drone as a Service provider across various industries, including telecom, energy, and logistics. FlyingBasket designs and manufactures its drones, which are particularly suited for operations in mountainous regions, islands, and other remote areas. In addition to delivery services, the company offers support for civil protection, cable stretching, monitoring, and multi-sensor analysis, addressing needs that are often challenging and costly for clients to fulfill.

Rapid Liquid Print is working on 3D printers that create stretchy products for industrial materials. Their services include medical devices, footwear, home goods, furniture, aviation, and automotive components.

Walter's Cube create pdf documents with the AR feature that allow collectors to see artworks in their own space. They also offer reality tool of walters cube collectors, galleries, and institutions in 3D.

Naya’s platform brings the entire physical product design journey into one digital studio, from prompt to product, allowing teams to 10x their outcomes — speed, cost, and customer love.

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.

CellSpring is a biotechnology company based in Zurich, Switzerland, specializing in the development of 3D micro tissues for diverse biological applications. Its primary technology, the 3D Bloom platform, allows for the rapid creation of biomimetic microtissues that are not dependent on specific cell types. This innovative platform enhances existing 3D cell culture methods by offering improved speed, reliability, versatility, and user-friendliness. By facilitating the production of these advanced microtissues, CellSpring aims to support in vitro studies and contribute to advancements in clinical diagnostics, including the early detection of cancer.

ZygoFix is a medical device company specializing in spine technology. It has developed an innovative three-dimensional-printed implant designed to lock the facet joint of the lumbar spine. This device leverages the anatomy of the spine to provide stability, eliminating the need for traditional external screw-based bridges and reducing the reliance on pedicle screws. By doing so, ZygoFix aims to minimize the risks associated with improper screw placement, thereby enhancing safety in spinal surgeries. The company's focus on advancing spinal stability reflects its commitment to improving patient outcomes in the medical field.

Additive Flow is a software company that develops a platform for 3D object printing. Its key product is an AI-driven tool that transforms how products are designed by optimizing them based on user-defined targets and physics-driven algorithms. The company's software aims to enhance the additive manufacturing workflow by unlocking multi-material and multi-parameter capabilities, promoting sustainability through reduced environmental impact, improved recycling, and safer workplaces.

Microcaps AG is a company based in Zurich, Switzerland, founded in 2018, specializing in the development of advanced microencapsulation technology. The firm focuses on creating devices that facilitate the precise production of monodisperse microcapsules and microparticles through innovative microfluidics. Microcaps' solutions are designed to enhance drug delivery systems and probiotic encapsulation, while also providing tailored offerings for various applications, including pharmaceuticals and cosmetics. Their cutting-edge technology enables scalable, fully-automated production that allows for size control, precise dosing, and improved stability of the encapsulated materials. By utilizing a step emulsification device, Microcaps enhances production capacity and throughput rates without compromising quality, making it a pivotal player in the field of microencapsulation.

Project Daredevil is a company focused on creating immersive experiences for the blind through its innovative 3D radio-drama platform. This unique offering combines 3D sound, motion simulation, and scent to make comics accessible to those with visual impairments. By utilizing these technologies, Project Daredevil enables blind individuals to engage with stories in a way that transcends traditional reading methods, providing an inclusive and enriching experience. The company's mission is to eliminate barriers to reading and enhance the storytelling experience for the blind community.

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.

CREAL is a technology company focused on developing advanced near-eye light-field display systems designed to enhance the experience of virtual and mixed reality. Its innovative display technology projects realistic, hologram-like three-dimensional images that provide accurate depth cues for each eye. This approach aims to alleviate common issues associated with current headsets, such as eye strain, nausea, and discomfort, while maintaining a compact design and straightforward manufacturing process. By prioritizing user comfort and immersion, CREAL's solutions enable extended and enjoyable interactions with virtual objects, particularly in personal spaces.

BlocksCAD, Inc. is an education technology company based in Boston, Massachusetts, that specializes in tools designed to enhance learning in science, technology, engineering, art, and math (STEAM). The company offers BlocksCAD, a cloud-based 3D modeling software that facilitates the teaching of math, computational thinking, and coding concepts through hands-on visualization and model design for 3D printing. Developed with input from educators, BlocksCAD features a user-friendly block-based programming interface tailored for students in grades three and above. The software promotes a deep understanding of geometry and spatial reasoning while aligning with educational standards to support effective lesson plans. Through its innovative approach, BlocksCAD aims to foster essential skills in students and enhance their engagement with advanced mathematical concepts and computer programming.

Edusta is online education app that provides educational toys in the style of 3D assembly

Flatspace is a technology company that specializes in developing deep-learning solutions to transform scanned floor plans into immersive 3D virtual reality models. Utilizing advanced image recognition technologies, object detection, and semantic segmentation, Flatspace’s software enables the creation of photorealistic VR experiences from basic floor plans. This innovative approach allows real estate buyers to efficiently explore multiple properties in a short amount of time, enhancing the visualization of real estate spaces. By leveraging AI-powered services, Flatspace aims to streamline the property viewing process and improve the overall experience for both buyers and sellers in the real estate market.

Advanced Scanners Inc. is an innovative company focused on enhancing surgical navigation through its proprietary 3D optical tracking technology, specifically targeting the healthcare sector. Established in 2017 and based in Austin, Texas, the company addresses a significant $20 billion market by aiming to minimize errors associated with brain surgery, particularly the critical issue of brain shift. This problem has been highlighted by FDA warnings regarding its contribution to serious surgical complications. Advanced Scanners has developed a radiation-free and contact-free 3D optical scanner that has been successfully pilot-tested in cadaver labs, demonstrating its ability to measure brain shift and differentiate brain tissue based on optical properties. The company is currently conducting an IRB-approved study on patients undergoing open craniotomy for various neurological conditions. With a team comprised of experts in optical sciences, surgical engineering, and medical sales, Advanced Scanners is also collaborating with a leading medical device firm to integrate their technology into existing navigation systems. The company has secured initial funding and is pursuing additional investment to further advance its product development and market entry.

MotionTech is a company that has developed innovative silicone 3D printing technology aimed at transforming the orthopaedic industry. It offers a service known as "Your Liner," which enables prosthetic technicians globally to order customized silicone equipment tailored to the specific needs of their patients. MotionTech addresses the issue of prosthetic discomfort by providing a 3D scanner that captures the precise shape of a patient's stump. This data is then utilized to create a custom-made silicone sleeve that redistributes pressure and minimizes friction, enhancing comfort for the user. By promoting mass customization over traditional mass production, MotionTech seeks to drive a significant shift in orthopaedic care, ultimately improving the quality of life for individuals requiring prosthetic solutions.

Incr3Dible DECO is a bakery that provides cakes through 3D printing and Design.

Moka Studio is a pioneering company specializing in 3D animation technology, leveraging over a decade of experience in research and development. Collaborating with the École Polytechnique Fédérale de Lausanne, Moka Studio developed a unique technology known as NumIK, which enables the realistic animation of 3D characters, including virtual humans and animals, in real-time. The company's flagship product, Mosketch Light, is a 3D animation software that allows professionals and artists to animate characters intuitively using sketching techniques. This software supports the FBX file format, facilitating the import and export of 3D models for seamless integration with established animation tools. Moka Studio aims to enhance the realism of digital interactions, enabling lifelike movements and interactions for 3D characters in virtual and augmented reality environments.

Skelmet Inc. is a Boston-based company that specializes in the design and production of custom head-worn products, including sunglasses, lenses, and accessories for various sports such as running, cycling, skiing, and fishing. Founded in 2015, Skelmet leverages advanced 3D Fit technology, which integrates 3D scanning and printing to create bespoke products that ensure a perfect fit for individual users. Among its notable offerings is the Falcon I, recognized as the world’s first true custom-fit sport sunglasses, which are lightweight and engineered for superior performance. In addition to its physical store, Skelmet sells its products online and provides a mobile application that allows users to scan their heads and faces, facilitating the quick and easy creation of personalized wearables.

MakerHealth is a health network focused on democratizing the tools and processes for health technology innovation. Originating from the MIT Little Devices Lab in 2008, the company has evolved from its academic roots to actively engage with frontline medical staff, empowering them to transition from healthcare providers to innovators. Through initiatives like the MakerNurse project, MakerHealth fosters a community of health makers who design and fabricate their own medical devices, enhancing patient care in diverse settings. The organization provides resources, tools, and educational opportunities that enable individuals to experiment and develop new skills in health technology fabrication. By creating environments such as MakerHealth Spaces and offering prototyping kits, the company supports the development of healthcare products that are both accessible and effective, ultimately striving to make health technology more affordable and user-driven. MakerHealth believes in the potential of everyone to contribute to medical innovation, ensuring that the tools for healing are within reach of those who need them most.

MediPrint is a Mexico City-based company that specializes in the development of customized medical solutions through advanced 3D printing technology. The company collaborates closely with healthcare professionals, including doctors and hospitals, to create tailored products that enhance patient care and rehabilitation. Their offerings include orthopedic rehabilitation braces, insoles, and supports, as well as models for dental prostheses, anatomical medical models, and applications in ophthalmology. In addition to their medical focus, MediPrint operates an initiative called 3DPlus, which extends their 3D printing capabilities to various sectors, allowing for the creation of prototypes, molds, and personalized objects. The company is committed to making innovative 3D printing technology accessible to a wider audience, providing both professional and human-centered support for individual projects.

MotionTech is a company that has developed innovative silicone 3D printing technology aimed at transforming the orthopaedic industry. It offers a service known as "Your Liner," which enables prosthetic technicians globally to order customized silicone equipment tailored to the specific needs of their patients. MotionTech addresses the issue of prosthetic discomfort by providing a 3D scanner that captures the precise shape of a patient's stump. This data is then utilized to create a custom-made silicone sleeve that redistributes pressure and minimizes friction, enhancing comfort for the user. By promoting mass customization over traditional mass production, MotionTech seeks to drive a significant shift in orthopaedic care, ultimately improving the quality of life for individuals requiring prosthetic solutions.

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.

LightForce Orthodontics, Inc., established in 2015 and headquartered in Cambridge, Massachusetts, specializes in manufacturing customized 3D-printed orthodontic braces and accessories. The company's flagship product, Cloud Brackets, are precision-manufactured in white ceramic polycrystalline alumina, offering precise slot dimensions and contoured edges. LightForce also produces LightTray, a 3D-printed indirect bonding tray optimized for accuracy, and TurboTrays, aiding in bite correction. Their digital platform facilitates collaboration between orthodontists and LightForce technicians, enabling patient-specific treatment plans. The company aims to enhance the orthodontic experience for both patients and practitioners by applying modern technology and mass customization.

Speculo Systems is a new kind of 3D sensors system with practically no latency, high accuracy and high resolution. Its sensors are new disruptive patent pending technology. Speculo is aiming its sensors mostly into two major fields, the gaming consoles market and the VR/AR market. By using the sensors system it can do body emulation for both gaming consoles and for VR/AR. The company was founded in 2016.

HICS Inc., founded in 2014, specializes in real-time, high-precision measurement and inspection technologies. The company has pioneered machine vision systems utilizing cutting-edge 3D-NDM/R and 3D-NDM/T technology, which enable quantitative analysis of nanoscale defects and foreign materials. HICS serves the LED panel manufacturing industry, offering advanced inspection solutions that enhance speed and accuracy in detecting nano-scale issues.

VRDoodler is a browser-based 3D drawing platform that can render in virtual reality, and into 3D printable objects. Haven is a crowd-sourced audio-visual storytelling VR platform to be built on top of VRDoodler.

Escher Reality, founded in 2016 and headquartered in Sunnyvale, California, specializes in developing augmented reality (AR) technology. The company offers a cross-platform toolkit and custom backend services for mobile AR developers, enabling them to create multi-user, multisession AR experiences. Escher Reality's platform employs machine learning to generate interactive 3D AR content, facilitating video sharing and multimedia gaming. As of February 1, 2018, the company operates as a subsidiary of Niantic, Inc.

Fathom is a company that specializes in creating hologram-like 3D experiences through the use of standard printers, inks, and media. Founded in 2014 and based in Boston, Massachusetts, Fathom enables users to print special patterns duplex on clear film, resulting in 3D objects that appear to extend significantly beyond the film's thickness. The firm's innovative approach allows for the production of immersive visual experiences that are accessible and can be created using readily available printing technology.

Makers Empire, established in 2013 and headquartered in Adelaide, Australia, specializes in developing user-friendly 3D design software for K-10 classrooms. Their core product, Makers Empire 3D, is accessible on various devices and facilitates the creation and sharing of real-world 3D printable objects. The company also offers a comprehensive 3D printing learning program, featuring curriculum-aligned lesson plans, teacher management tools, and both online and face-to-face training. Makers Empire serves schools and organizations globally through a network of distributors, currently supporting over 16,000 educators and 850,000 students in forty countries.

Poly6 Technologies, Inc. is a Boston-based company that specializes in digital manufacturing solutions for the biotechnology, aerospace, and electronics industries. Established in 2016 and emerging from MIT's Langer Lab, Poly6 develops innovative stimuli-responsive materials systems that facilitate the integration of hardware, software, and materials within existing production processes. Utilizing advanced 3D printing technology, the company focuses on creating intelligent materials that enhance engineering design capabilities and improve system efficiency. Poly6's solutions allow for the production of complex components with better tolerance control, significantly reducing costs in established manufacturing sectors by up to 30%. Additionally, the company is committed to environmental sustainability, having developed a novel bioplastic from citrus waste, which aims to mitigate pollution in manufacturing practices.

Response Technologies, LLC, founded in 2015 and based in Coventry, Rhode Island, specializes in additive manufacturing and advanced material science. The company focuses on developing innovative techniques for creating 3D textile structures and reinforced composites, which are particularly beneficial for industries such as national defense, energy, aerospace, automotive, and transportation. One of its key products includes explosion-resistant fuel tanks, which enhance safety and effectiveness in fuel containment. As a subsidiary of Bell Textron Inc., Response Technologies is committed to addressing the material science and additive manufacturing needs of diverse sectors, ensuring that clients receive high-quality fuel cells and components tailored to their specific requirements.

New Valence Robotics Corporation, founded in 2013 and based in Boston, Massachusetts, specializes in designing and leasing advanced 3D printing solutions. As a subsidiary of Cincinnati Incorporated, the company focuses on delivering innovative automated enterprise 3D printing technologies to address significant industry challenges. Their research and development program, NVLABS, has pioneered the capability to print with multiple metals in a single build, including materials such as stainless steel and titanium. The flagship product, NVPro™, is recognized as the world's first fully automated end-to-end 3D printing solution, featuring patented automated part removal and the ability to operate continuously around the clock. This technology allows users to achieve ultra-high printing speeds, significantly exceeding current market offerings, and provides a cost-effective solution while enhancing accessibility and usability through a cloud-based interface.

Mebotics is a technology company specializing in hybrid desktop manufacturing solutions that integrate 3D printing and CNC milling capabilities. Their innovative machines enable additive manufacturing using multiple plastics, as well as subtractive manufacturing with woods and metals. Designed with a rugged and self-cleaning chassis, these machines feature a fully networkable onboard computer and a range of safety features, making them suitable for diverse environments such as labs, offices, and outdoor settings. Mebotics aims to democratize access to advanced machine-shop technologies, providing prototypers and small-scale manufacturers with affordable and versatile manufacturing options.

OralSave is a company that develops a specialized radiation delivery device designed for oral cancer patients. This innovative device focuses on protecting healthy oral tissue during treatment, facilitating non-surgical, pinpoint radiation therapy without the requirement for a specially trained maxillofacial prosthodontist. By utilizing advanced 3D printing technology, OralSave creates patient-specific devices that can be manufactured quickly. The main objective of the company is to enhance the quality of life for oral cancer patients, enabling them to retain essential functions such as eating, tasting, swallowing, and producing saliva during and after their treatment.

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.

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.

Voxel8 Inc. is a Somerville, Massachusetts-based company that specializes in designing and manufacturing advanced electronic devices and digital 3D printing technologies. Incorporated in 2013, Voxel8 offers desktop 3D printers that utilize thermoplastics and UV resins, enabling the rapid fabrication of customizable electronic devices. The company's proprietary Project Wire software facilitates the design of 3D printable electronics, streamlining the production process. Voxel8's unique technology is particularly applicable in textile applications, allowing for the zonal tuning of mechanical properties and the enhancement of aesthetic features in products such as footwear, apparel, and medical devices. This additive manufacturing approach minimizes waste and supports sustainability through the use of bio-based materials. Voxel8's innovations enable customization of individual prints, enhancing performance characteristics like abrasion resistance, cushioning, and grip, while also incorporating full-color graphics and 3D embellishments. The technology was developed in collaboration with Professor Jennifer Lewis at Harvard University, positioning Voxel8 at the forefront of digital manufacturing in the textile and electronic sectors.

BeTH, or Benevolent Technologies for Health, specializes in developing innovative human-device interface technology aimed at improving the fit and function of rehabilitation devices, such as prosthetics and orthotics, without the expense of custom fabrication. The company's patent-pending materials enable adjustable prosthetic sockets that eliminate the need for intensive fitting procedures, thereby reducing overall prosthetic care costs. BeTH has garnered recognition for its advancements, winning awards such as the MIT 100K Accelerate, the Dyson Award for Innovation, and the CASIS prize, which supports testing its materials in space. Additionally, BeTH is part of Bolt, a hardware startup accelerator located in Boston.

3-Spark is a spinoff from Northeastern University that specializes in advanced 3D printing technology. The company has developed an innovative system capable of producing parts that incorporate embedded sensors and electronics, addressing the needs of both the education and consumer markets. This desktop fabrication system is designed to transform the way designers and engineers create custom devices, ranging from biomedical applications to individual projects by innovators. Initially funded through NSF grants and the Catalyst Seed funding contest, 3-Spark successfully completed its prototype within its first year and is currently expanding its team to further advance its capabilities and market reach.

Dressformer is a technology company that specializes in providing a B2B/B2C platform for virtual clothing try-ons before purchase. The company's virtual fitting rooms utilize photorealistic 3D avatars and models created from just two photos of the garment, ensuring accuracy within one centimeter. This technology aims to address the challenges of online shopping by helping consumers make confident purchases, knowing that the clothes will fit almost perfectly. It also assists in determining the appropriate size, suitability of the cloth, and provides social and professional approval. For businesses, Dressformer's solution helps reduce returns, boost sales, and alleviate the associated financial burden.

3dim is a technology company that transforms the interaction with smart devices through its innovative 3D gesture sensor. Utilizing a novel optical signal processing technique developed at MIT, 3dim's patent-pending technology enables precise 3D gesture recognition in battery-powered mobile devices, including smartphones, tablets, and wearables. This solution significantly reduces power consumption and computational complexity while maintaining functionality in various lighting conditions. The company's cameraless, firmware-level approach eliminates the need for additional hardware, allowing for intuitive and rich gestural interactions. By shifting the focus from traditional touch controls to gesture-based interfaces, 3dim aims to enhance user experience and redefine how individuals engage with their devices.

File2Part is connecting digital and physical worlds using innovative approach to 3D printing. File2Part is implementing a new approach to Rapid prototyping and Rapid Manufacturing equipment and processes. No other 3D printer except Their can produce both functional and full color parts. Their printers are safe to use in any environment including schools. Their software package is the best in the industry. It allows the use of the all existing CAD formats and will work with Google SketchUp. Their low cost products will dominate the fast growing multibillion dollars RP market.

NetVirta’s Verifyt 3D scanning mobile app and end-to-end platform streamlines the entire process of offering custom-fit merchandise and providing flawless-fit style & size recommendations to any customer with a smartphone: a 2.1B market-growing daily. Located in Greater Boston and Singapore, the company attracts employees from leading technical universities passionate about innovating 3D imaging technology and improving e-commerce applications.