Asimov Ventures

Particle3D is a Danish biomedical engineering company established in 2017, focused on manufacturing 3D printed implants for patients. The company leverages over three years of research to develop patient-specific bone replacement implants made from natural materials. Its mission is to transform the treatment of craniofacial patients by offering innovative solutions that enhance the value chain for healthcare professionals and improve patient outcomes. The technology promises better aesthetic and functional results, quicker recovery times, fewer complications, and streamlined surgical procedures, ultimately increasing hospital productivity. Particle3D aims to set new standards in craniofacial reconstruction and is positioned to significantly impact a market with substantial commercial potential.

Addivation Medical, LLC is a medical device company based in Red Bank, New Jersey, that specializes in the development and commercialization of additive manufactured (3D printed) products for spinal surgery. Founded in 2018, the company focuses on creating both off-the-shelf and patient-specific solutions to address degenerative, trauma, and deformity conditions of the spine. Their product offerings include innovative systems such as the lumbar and cervical interbody systems, designed to enhance treatment outcomes for patients suffering from various spinal disorders. By leveraging advanced 3D printing technology, Addivation Medical aims to provide tailored therapeutic devices that improve surgical precision and patient care in orthopedic procedures.

King Children is a Brooklyn-based company specializing in custom 3D-printed eyewear. Utilizing proprietary technology, it enables customers to conduct three-dimensional face scans and virtually try on a diverse array of frame designs, colors, and lenses directly from their mobile devices. By capturing precise facial measurements and confirming design selections, King Children produces and ships tailored glasses directly to customers' homes. The company's innovative platform focuses on delivering personalized and durable optical products, allowing users to create eyewear that complements their unique facial features and style preferences.

Riven is a technology company founded in 2017 and headquartered in Berkeley, California, specializing in 3D scanning and software solutions for the manufacturing sector. The company offers proprietary algorithms that enhance manufacturing insights through advanced geometry recognition, automating measurement, inspection, and reporting processes. This innovation addresses critical challenges in New Product Introduction (NPI), a vital stage in manufacturing often plagued by inefficiencies and costly delays. By providing accurate digital 3D copies of physical parts alongside collaborative software tools, Riven simplifies workflows and fosters real-time communication across the supply chain. Their solutions are utilized by manufacturers employing various production methods, including additive manufacturing and injection molding, thereby improving part accuracy, reducing development iterations, and accelerating time-to-market. Riven's focus on creating a digital-first NPI workflow positions it as a key player in transforming manufacturing practices.

MODit 3D Inc., established in 2016 and based in San Rafael, California, specializes in automated quality control solutions for the manufacturing sector. The company offers advanced 3D scanning systems that are easily deployable across various production environments. By integrating these systems with a cloud platform, MODit enhances operational efficiency, increases production yields, and facilitates improved communication regarding quality standards throughout the supply chain.

OsseoPrint 3D is a company that specializes in developing a proprietary platform for the design and 3D printing of patient-matched bone scaffolds, facilitating efficient bone reconstruction surgeries. Its innovative technology allows orthopedic, dental, and cosmetic surgeons to create and implant scaffolds directly at the point of service, eliminating the need for external laboratories. This chair-side 3D printing approach enhances precision, speed, and safety in augmenting and reconstructing bone defects. OsseoPrint 3D's printers operate in an aseptic environment, ensuring that the produced scaffolds are sterile and compliant with infection and sterilization protocols. The company collaborates with leading manufacturers to provide bio-resorbable polymers that are compatible with human tissue and will be tested for bio-resorption in vivo. The technology is safeguarded by U.S. patents, highlighting its innovative contribution to medical applications in bone grafting.

Additive Orthopaedics, LLC is a medical company based in Little Silver, New Jersey, founded in 2015. It specializes in the development of 3D printed orthopedic devices for extremities, including systems for hammertoe, bunions, and wedge combinations, as well as custom 3D printed implants. The company's products are designed to be rapidly manufactured and tailored to the specific needs of patients, enhancing the likelihood of successful treatment outcomes. By integrating advanced manufacturing techniques with biologics, Additive Orthopaedics aims to improve patient care while also addressing the technological and cost efficiencies inherent in additive manufacturing within the global orthopedics market.

Wiivv Wearables Inc. is a bionics company based in Vancouver, Canada, that specializes in custom 3D printed footwear and wearable gear. Utilizing advanced 3D-mapping technology accessible via a smartphone app, Wiivv designs its products, including insoles and sandals, to fit the unique anatomy of each customer. The company was founded in 2014, and it operates a manufacturing research and development center in San Diego, California. Wiivv's offerings are tailored for various types of footwear, such as running shoes, dress shoes, and casual footwear. The company also collaborates with brands and creators to enhance their product lines by leveraging its proprietary customization platform, which incorporates biomechanics research, computer vision, artificial intelligence, and machine learning to deliver on-demand, digitally manufactured products. All of Wiivv's innovations aim to improve comfort and support for users, helping them move more effectively.

Arfona is a company dedicated to revolutionizing the dental manufacturing industry through innovative 3D printing technology. Founded in 2016 by a team of dental technicians and 3D printing enthusiasts, Arfona produces the r.Pod Desktop 3D Printer, the first printer specifically optimized for creating Valplast partial dentures and appliances. This advanced printer utilizes strong thermoplastics to fabricate flexible dental restorations, allowing dental professionals to produce crowns, bridges, and partial dentures more efficiently and at a reduced cost. By digitizing traditional dental lab processes, Arfona aims to simplify and accelerate the production of dental appliances, ultimately enhancing the workflow for dental practitioners and improving patient care.

Fabric8Labs, Inc. is a technology company founded in 2015 and located in La Jolla, California, specializing in non-thermal metal 3D printing. The company has developed a proprietary process that combines stereo-lithography and electro-deposition, providing an innovative alternative to traditional powder bed fusion technologies. This method eliminates the reliance on metal powders, vacuum chambers, and lasers, which significantly reduces manufacturing costs while enhancing material quality. Fabric8Labs' technology allows clients to use cartridges that simplify the additive manufacturing process and facilitate the safe disposal of used salt cartridges, thereby promoting efficiency and sustainability in metal 3D printing.

Additive Orthopaedics, LLC is a medical company based in Little Silver, New Jersey, founded in 2015. It specializes in the development of 3D printed orthopedic devices for extremities, including systems for hammertoe, bunions, and wedge combinations, as well as custom 3D printed implants. The company's products are designed to be rapidly manufactured and tailored to the specific needs of patients, enhancing the likelihood of successful treatment outcomes. By integrating advanced manufacturing techniques with biologics, Additive Orthopaedics aims to improve patient care while also addressing the technological and cost efficiencies inherent in additive manufacturing within the global orthopedics market.

Wiivv Wearables Inc. is a bionics company based in Vancouver, Canada, that specializes in custom 3D printed footwear and wearable gear. Utilizing advanced 3D-mapping technology accessible via a smartphone app, Wiivv designs its products, including insoles and sandals, to fit the unique anatomy of each customer. The company was founded in 2014, and it operates a manufacturing research and development center in San Diego, California. Wiivv's offerings are tailored for various types of footwear, such as running shoes, dress shoes, and casual footwear. The company also collaborates with brands and creators to enhance their product lines by leveraging its proprietary customization platform, which incorporates biomechanics research, computer vision, artificial intelligence, and machine learning to deliver on-demand, digitally manufactured products. All of Wiivv's innovations aim to improve comfort and support for users, helping them move more effectively.

Collider, Inc., established in 2015 and headquartered in Chattanooga, Tennessee, specializes in the design and manufacture of advanced printers under the brand name Orchid. These printers are used to create a variety of products including silicones, rubber, plastics, and metal stands. The company's technology leverages 3D printed tooling and an injection process to produce parts from standard manufacturing materials, making it a notable player in the field of additive manufacturing.

Metamason, Inc. is a healthcare company based in Pasadena, California, that specializes in developing personalized respiratory devices using advanced 3D scanning and printing technology. Established in 2013, the company focuses on enhancing treatment for sleep apnea through its flagship product, Respere™, a custom-fit CPAP mask. Respere™ employs a proprietary Scan·Fit·Print™ process, which utilizes 3D body scanning and algorithmic design to create ergonomic masks tailored to each patient's unique facial features. Launched in 2017, Respere™ masks are crafted from soft medical-grade silicone and are produced on demand, ensuring a comfortable and secure fit. By offering customized solutions, Metamason aims to improve patient compliance with CPAP therapy, ultimately enhancing overall health and quality of life for individuals suffering from obstructive sleep apnea.

Twikit is an enterprise software company headquartered in Antwerp, Belgium, with additional offices in New York City and Stuttgart. The company specializes in mass customization and digital manufacturing, offering a 3D customization platform that enables brands and enterprises to conceptualize and manufacture products tailored to individual customer preferences. Twikit's unique approach integrates software development, product design, and engineering to provide seamless end-to-end solutions, allowing clients to visualize and configure products in real time. By combining product parametrization and user experience with digital manufacturing processes, Twikit enhances existing business operations and enables advanced product individualization at scale.

Additive Orthopaedics, LLC is a medical company based in Little Silver, New Jersey, founded in 2015. It specializes in the development of 3D printed orthopedic devices for extremities, including systems for hammertoe, bunions, and wedge combinations, as well as custom 3D printed implants. The company's products are designed to be rapidly manufactured and tailored to the specific needs of patients, enhancing the likelihood of successful treatment outcomes. By integrating advanced manufacturing techniques with biologics, Additive Orthopaedics aims to improve patient care while also addressing the technological and cost efficiencies inherent in additive manufacturing within the global orthopedics market.