Asimov Ventures

Particle3D (P3D) is a Danish biomedical engineering company founded in 2017. The company is based on more than 3 years of research and is currently developing patient-fitted bone replacement implants from natural materials through 3D printing. The mission is to revolutionize the treatment of craniofacial patients by providing state of the art solutions that will optimize the value chain for health care professionals, the health care system and most importantly the patients. Benefits of the technology include better aesthetic and functional outcomes for the patients, faster recovery and fewer complications, less complicated surgery and higher hospital productivity. The company aims at setting new standards in craniofacial reconstruction and will play a major role in a market segment with a very interesting commercial potential.

Addivation Medical, LLC is a company founded in 2018 and located in Red Bank, New Jersey, that specializes in the development and commercialization of 3D printed medical products. The company focuses on creating both off-the-shelf and patient-specific solutions for treating spinal conditions related to degeneration, trauma, and deformities. Their product offerings include a range of therapeutic devices, such as lumbar and cervical interbody systems, which are designed specifically for orthopedic surgical procedures. By utilizing additive manufacturing techniques, Addivation Medical aims to provide tailored solutions that meet the unique needs of patients with various spinal disorders.

King Children is a 3D custom-printed eyewear company based in Brooklyn, New York. Utilizing proprietary technology, the company offers a platform where customers can perform face scans and virtually try on a variety of frame designs, colors, and lenses using their mobile devices. This innovative approach allows users to create personalized eyewear tailored to their facial features, structure, and hairstyle. Once customers finalize their selections and measurements, King Children prints and ships the custom glasses directly to their homes, providing a seamless and convenient shopping experience for durable optical products.

Riven is a technology company founded in 2017 and headquartered in Berkeley, California, specializing in 3D scanning and proprietary algorithms to enhance manufacturing processes. The company addresses critical challenges in New Product Introduction (NPI) by offering solutions that enable teams to quickly diagnose and rectify deviations from design intent. Riven's software integrates accurate digital 3D replicas of physical parts with collaborative tools, fostering improved communication and workflow among stakeholders throughout the supply chain. This digital-first approach enhances customer responsiveness, reduces time-to-market, and increases part accuracy while minimizing development iterations and waste. Riven's technology is utilized by manufacturers employing various production methods, including additive manufacturing and injection molding, streamlining inspection and reporting to replace inefficient manual processes. In September 2022, Riven was acquired by Stratasys, further solidifying its position in the manufacturing technology landscape.

MODit provides smart, automated quality control for manufacturing. MODit's mass-deployable 3D scanning systems and cloud platform increase yields and streamline quality communication across the supply chain.

Additive Orthopedics is a medical company, dedicated to the development of 3D printed orthopedic devices specifically for the extremities. Additive Orthopedics developed their 3D printed corrective implant to be faster to manufacture, custom made for the patient’s foot, and to improve the chances of the condition being successfully corrected. The goal of Additive Orthopedics is the integration of advanced manufacturing and biologics for the benefit of a better patient outcome. The company is laser focused on leveraging the patient, technological, and cost benefits of additive manufacturing into the global orthopedics market.

Wiivv (pronounced weave) is a technology company transforming footwear, apparel, and wearables for every human body, so that you can move and live your best. Wiivv Insoles and Sandals are created uniquely for you, based on measurements taken from the award-winning Wiivv app. All Wiivv products are designed to enhance and support your unique anatomy. The stack combines advanced capture technology, biomechanics research, CV, AI, ML, and a proprietary customization platform deigned to output on-demand digitally manufactured and 3DP products. Wiivv also partners with brands and creators to scale the rapid customization of their product categories powered by Wiivv Fit Technology.

Arfona is a company dedicated to transforming the dental industry through innovative 3D printing technology. Founded in 2016 by dental technicians and 3D printing enthusiasts, Arfona has developed the r.Pod Desktop 3D Printer, the first device specifically optimized for creating Valplast partial dentures and appliances. This filament-based printer utilizes strong thermoplastics to fabricate dental restorations, allowing dental professionals to produce flexible partial dentures that precisely fill gaps without the need for traditional materials like plasters and waxes. With the ability to manufacture dental crowns, bridges, and implants more rapidly and at a reduced cost, Arfona aims to digitize and modernize dental labs, streamlining processes that have long relied on conventional techniques.

Fabric8Labs, Inc., founded in 2015 and based in La Jolla, California, specializes in non-thermal metal 3D printing technology. The company has developed a distinctive process that combines stereo-lithography and electro-deposition, providing an innovative alternative to traditional powder bed fusion methods. This technology eliminates the need for metal powders, vacuum chambers, and lasers, which significantly reduces manufacturing costs. Moreover, Fabric8Labs' approach enhances material quality and simplifies the additive manufacturing process by utilizing cartridges that ensure safety during production and facilitate easy disposal of used salt cartridges. Through these advancements, Fabric8Labs aims to revolutionize the landscape of metal 3D printing.

Additive Orthopedics is a medical company, dedicated to the development of 3D printed orthopedic devices specifically for the extremities. Additive Orthopedics developed their 3D printed corrective implant to be faster to manufacture, custom made for the patient’s foot, and to improve the chances of the condition being successfully corrected. The goal of Additive Orthopedics is the integration of advanced manufacturing and biologics for the benefit of a better patient outcome. The company is laser focused on leveraging the patient, technological, and cost benefits of additive manufacturing into the global orthopedics market.

Wiivv (pronounced weave) is a technology company transforming footwear, apparel, and wearables for every human body, so that you can move and live your best. Wiivv Insoles and Sandals are created uniquely for you, based on measurements taken from the award-winning Wiivv app. All Wiivv products are designed to enhance and support your unique anatomy. The stack combines advanced capture technology, biomechanics research, CV, AI, ML, and a proprietary customization platform deigned to output on-demand digitally manufactured and 3DP products. Wiivv also partners with brands and creators to scale the rapid customization of their product categories powered by Wiivv Fit Technology.

Collider, Inc. designs and manufactures printers branded as Orchid, which are utilized in the production of silicones, rubber, plastics, and metal parts. Founded in 2015 and headquartered in Chattanooga, Tennessee, the company specializes in a technology that combines 3D printed tooling with an injection process, enabling the creation of components from various standard manufacturing materials.

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 improving treatment for sleep apnea through its flagship product, Respere™, a custom-fit CPAP mask. This innovative device is designed using a proprietary Scan·Fit·Print™ process, which involves scanning the patient's face to create a tailored mask that fits their unique facial contours. Respere™ is manufactured from soft medical-grade silicone using a specialized Investment Molding™ technique, ensuring comfort and a secure fit. By providing a personalized approach to continuous positive airway pressure therapy, Metamason aims to enhance patient compliance and overall health outcomes 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 integrates software development, product design, and engineering. Twikit's core mission is to enable advanced product individualization by providing seamless end-to-end solutions that enhance the product conceptualization and manufacturing process. Their platform allows clients to visualize products in real-time and configure them in 3D, facilitating a smoother integration of digital manufacturing and mass customization into existing business operations. Through collaboration with global partners, Twikit aims to set new standards in customizable, on-demand production.

Additive Orthopedics is a medical company, dedicated to the development of 3D printed orthopedic devices specifically for the extremities. Additive Orthopedics developed their 3D printed corrective implant to be faster to manufacture, custom made for the patient’s foot, and to improve the chances of the condition being successfully corrected. The goal of Additive Orthopedics is the integration of advanced manufacturing and biologics for the benefit of a better patient outcome. The company is laser focused on leveraging the patient, technological, and cost benefits of additive manufacturing into the global orthopedics market.