SOSV

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

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

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

3DK Tech, located at HAX, specializes in advanced metal 3D printing technology aimed at enhancing manufacturing processes for various industries, including aerospace, medical, and automotive. The company has developed a proprietary method that improves the selective laser melting (SLM) process, allowing for the production of complex parts with exceptional precision and efficiency. This innovation offers significant advantages, delivering parts that are 200 times more durable, produced 10 times faster, and at a cost 10 times more effective than traditional manufacturing methods. By focusing on aviation maintenance, repair, and operations (MRO), 3DK Tech provides businesses with the ability to create high-quality components that meet rigorous industry standards.

AtoMe is a manufacturing company that develops enhanced-performance materials for metal additive manufacturing.

Prellis Biologics, Inc. specializes in creating human tissues for drug development and the eventual production of human organs for transplantation. Founded in 2016 and based in San Francisco, California, the company employs advanced bioprinting technology to develop vascularized human tissues and organs, aiming to overcome the challenges associated with microvasculature. Its innovative products include TissueWorkshop, Organoids, Vascular Bundles, Tissue Chips, and Holograph X. Prellis Biologics also focuses on accurately replicating the human immune response through lymph node organoids, which can be utilized for various applications such as antibody discovery and immunogenicity assessment. By addressing critical issues in early-stage drug development and translational pharmacology, Prellis Biologics seeks to improve patient outcomes in healthcare.

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

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

MAA'VA is focused on creating innovative green building materials designed to serve as sustainable alternatives to concrete. The company incorporates recycled plastics, utilizes carbon sequestration techniques, and promotes the upcycling of manufacturing waste. By addressing pressing issues such as the river sand shortage, water scarcity, climate change, and rapid urbanization, MAA'VA aims to provide eco-friendly solutions for construction. Its materials are suitable for both traditional and three-dimensional printing methods, enabling clients to adopt more sustainable practices in their building projects.

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

Looking Glass Factory is a company focused on developing holographic technology, primarily through its flagship product, the Looking Glass, which is the first desktop holographic display designed for 3D creators. Founded in 2015 and based in Brooklyn, New York, with a subsidiary in Hong Kong, the company aims to make 3D creation accessible without the need for virtual reality or augmented reality headsets. Looking Glass Factory also offers a web-based holographic sharing platform that utilizes light field rendering software, allowing artists, designers, developers, filmmakers, and photographers to engage with 3D content in an innovative manner.

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

MAA'VA is focused on creating innovative green building materials designed to serve as sustainable alternatives to concrete. The company incorporates recycled plastics, utilizes carbon sequestration techniques, and promotes the upcycling of manufacturing waste. By addressing pressing issues such as the river sand shortage, water scarcity, climate change, and rapid urbanization, MAA'VA aims to provide eco-friendly solutions for construction. Its materials are suitable for both traditional and three-dimensional printing methods, enabling clients to adopt more sustainable practices in their building projects.

Looking Glass Factory is a company focused on developing holographic technology, primarily through its flagship product, the Looking Glass, which is the first desktop holographic display designed for 3D creators. Founded in 2015 and based in Brooklyn, New York, with a subsidiary in Hong Kong, the company aims to make 3D creation accessible without the need for virtual reality or augmented reality headsets. Looking Glass Factory also offers a web-based holographic sharing platform that utilizes light field rendering software, allowing artists, designers, developers, filmmakers, and photographers to engage with 3D content in an innovative manner.

Prellis Biologics, Inc. specializes in creating human tissues for drug development and the eventual production of human organs for transplantation. Founded in 2016 and based in San Francisco, California, the company employs advanced bioprinting technology to develop vascularized human tissues and organs, aiming to overcome the challenges associated with microvasculature. Its innovative products include TissueWorkshop, Organoids, Vascular Bundles, Tissue Chips, and Holograph X. Prellis Biologics also focuses on accurately replicating the human immune response through lymph node organoids, which can be utilized for various applications such as antibody discovery and immunogenicity assessment. By addressing critical issues in early-stage drug development and translational pharmacology, Prellis Biologics seeks to improve patient outcomes in healthcare.

Briefcase Biotec develops KiloBaser, a Nespresso machine of DNA synthesis - enabling cutting edge research without detours. KiloBaser is a device for printing short synthetic DNA sequences. It enables individual scientists to easily produce the DNA they need on their desktops, while speeding up production of the basics for all genetic engineering and synthetic biology research and development. Headquartered in Graz, Steiermark, KiloBaser was founded in 2013 by Martin Jost and Alexander Murer.

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

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

Looking Glass Factory is a company focused on developing holographic technology, primarily through its flagship product, the Looking Glass, which is the first desktop holographic display designed for 3D creators. Founded in 2015 and based in Brooklyn, New York, with a subsidiary in Hong Kong, the company aims to make 3D creation accessible without the need for virtual reality or augmented reality headsets. Looking Glass Factory also offers a web-based holographic sharing platform that utilizes light field rendering software, allowing artists, designers, developers, filmmakers, and photographers to engage with 3D content in an innovative manner.

Prellis Biologics, Inc. specializes in creating human tissues for drug development and the eventual production of human organs for transplantation. Founded in 2016 and based in San Francisco, California, the company employs advanced bioprinting technology to develop vascularized human tissues and organs, aiming to overcome the challenges associated with microvasculature. Its innovative products include TissueWorkshop, Organoids, Vascular Bundles, Tissue Chips, and Holograph X. Prellis Biologics also focuses on accurately replicating the human immune response through lymph node organoids, which can be utilized for various applications such as antibody discovery and immunogenicity assessment. By addressing critical issues in early-stage drug development and translational pharmacology, Prellis Biologics seeks to improve patient outcomes in healthcare.

Prellis Biologics, Inc. specializes in creating human tissues for drug development and the eventual production of human organs for transplantation. Founded in 2016 and based in San Francisco, California, the company employs advanced bioprinting technology to develop vascularized human tissues and organs, aiming to overcome the challenges associated with microvasculature. Its innovative products include TissueWorkshop, Organoids, Vascular Bundles, Tissue Chips, and Holograph X. Prellis Biologics also focuses on accurately replicating the human immune response through lymph node organoids, which can be utilized for various applications such as antibody discovery and immunogenicity assessment. By addressing critical issues in early-stage drug development and translational pharmacology, Prellis Biologics seeks to improve patient outcomes in healthcare.

JointechLabs, Inc. is a company that specializes in point-of-care regenerative medicine therapies, headquartered in Brandon, Florida. The organization develops innovative medical devices, including the MiniTC® for the United States and the Mini-Stem System® for international markets. These devices facilitate the processing of autologous body fat, enabling safe and efficient use in non-surgical orthopedic and aesthetic procedures within medical offices. By providing a closed-loop disposable system for human tissue processing, JointechLabs simplifies the creation of high-quality injectable fat grafts and fat-derived stem cells, making individualized cell and tissue-based therapies more accessible and cost-effective for hospitals and clinics. Additionally, the company is expanding its product pipeline to include biologic drugs and 3D bioprinted products aimed at orthopedic, wound healing, and plastic and reconstructive surgery applications.

Prellis Biologics, Inc. specializes in creating human tissues for drug development and the eventual production of human organs for transplantation. Founded in 2016 and based in San Francisco, California, the company employs advanced bioprinting technology to develop vascularized human tissues and organs, aiming to overcome the challenges associated with microvasculature. Its innovative products include TissueWorkshop, Organoids, Vascular Bundles, Tissue Chips, and Holograph X. Prellis Biologics also focuses on accurately replicating the human immune response through lymph node organoids, which can be utilized for various applications such as antibody discovery and immunogenicity assessment. By addressing critical issues in early-stage drug development and translational pharmacology, Prellis Biologics seeks to improve patient outcomes in healthcare.

Looking Glass Factory is a company focused on developing holographic technology, primarily through its flagship product, the Looking Glass, which is the first desktop holographic display designed for 3D creators. Founded in 2015 and based in Brooklyn, New York, with a subsidiary in Hong Kong, the company aims to make 3D creation accessible without the need for virtual reality or augmented reality headsets. Looking Glass Factory also offers a web-based holographic sharing platform that utilizes light field rendering software, allowing artists, designers, developers, filmmakers, and photographers to engage with 3D content in an innovative manner.

Briefcase Biotec develops KiloBaser, a Nespresso machine of DNA synthesis - enabling cutting edge research without detours. KiloBaser is a device for printing short synthetic DNA sequences. It enables individual scientists to easily produce the DNA they need on their desktops, while speeding up production of the basics for all genetic engineering and synthetic biology research and development. Headquartered in Graz, Steiermark, KiloBaser was founded in 2013 by Martin Jost and Alexander Murer.

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

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

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

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

Briefcase Biotec develops KiloBaser, a Nespresso machine of DNA synthesis - enabling cutting edge research without detours. KiloBaser is a device for printing short synthetic DNA sequences. It enables individual scientists to easily produce the DNA they need on their desktops, while speeding up production of the basics for all genetic engineering and synthetic biology research and development. Headquartered in Graz, Steiermark, KiloBaser was founded in 2013 by Martin Jost and Alexander Murer.

Prellis Biologics, Inc. specializes in creating human tissues for drug development and the eventual production of human organs for transplantation. Founded in 2016 and based in San Francisco, California, the company employs advanced bioprinting technology to develop vascularized human tissues and organs, aiming to overcome the challenges associated with microvasculature. Its innovative products include TissueWorkshop, Organoids, Vascular Bundles, Tissue Chips, and Holograph X. Prellis Biologics also focuses on accurately replicating the human immune response through lymph node organoids, which can be utilized for various applications such as antibody discovery and immunogenicity assessment. By addressing critical issues in early-stage drug development and translational pharmacology, Prellis Biologics seeks to improve patient outcomes in healthcare.

Giroptic is a company that specializes in the development of innovative imaging technology, particularly through its patented real-time image fusion process. The firm gained significant attention with the launch of its first consumer product, the Giroptic 360cam, which was funded through a successful Kickstarter campaign in 2014, raising over $1.4 million and establishing itself as a major player in France’s crowdfunding landscape. The 360cam is a digital camera designed to capture immersive 360-degree panoramic images, allowing users to communicate and share their experiences in a more engaging manner. Giroptic aims to lead the evolution of immersive photography and videography for both consumers and professionals.

EngX automates the production of custom products by integrating assembly, wiring with 3D printing.They slash production costs, time & errors.

Prellis Biologics, Inc. specializes in creating human tissues for drug development and the eventual production of human organs for transplantation. Founded in 2016 and based in San Francisco, California, the company employs advanced bioprinting technology to develop vascularized human tissues and organs, aiming to overcome the challenges associated with microvasculature. Its innovative products include TissueWorkshop, Organoids, Vascular Bundles, Tissue Chips, and Holograph X. Prellis Biologics also focuses on accurately replicating the human immune response through lymph node organoids, which can be utilized for various applications such as antibody discovery and immunogenicity assessment. By addressing critical issues in early-stage drug development and translational pharmacology, Prellis Biologics seeks to improve patient outcomes in healthcare.

Looking Glass Factory is a company focused on developing holographic technology, primarily through its flagship product, the Looking Glass, which is the first desktop holographic display designed for 3D creators. Founded in 2015 and based in Brooklyn, New York, with a subsidiary in Hong Kong, the company aims to make 3D creation accessible without the need for virtual reality or augmented reality headsets. Looking Glass Factory also offers a web-based holographic sharing platform that utilizes light field rendering software, allowing artists, designers, developers, filmmakers, and photographers to engage with 3D content in an innovative manner.

EngX automates the production of custom products by integrating assembly, wiring with 3D printing.They slash production costs, time & errors.

SolidFace allow designers and engineers span multiple disciplines with ease, shortening the design cycle, & increasing ROI. SolidFace Cloud CAD system is built for teams. Collaborate with your colleagues, vendors and partners in real time. Version control is built in. Never lose track of the latest version of your work again. Control access, work together simultaneously and branch designs. SolidFace is a sum of Parasolid ® Siemens 3D modeler core and 15 years of UniCAD 2D/3D development resulting in a product with powerful capabilities of detailing, solid modeling, assembly, parameterization and cloud collaboration.

Giroptic is a company that specializes in the development of innovative imaging technology, particularly through its patented real-time image fusion process. The firm gained significant attention with the launch of its first consumer product, the Giroptic 360cam, which was funded through a successful Kickstarter campaign in 2014, raising over $1.4 million and establishing itself as a major player in France’s crowdfunding landscape. The 360cam is a digital camera designed to capture immersive 360-degree panoramic images, allowing users to communicate and share their experiences in a more engaging manner. Giroptic aims to lead the evolution of immersive photography and videography for both consumers and professionals.

Electroloom is a San Francisco-based company founded in 2013 that specializes in 3D printing services for fabrics. Utilizing a unique manufacturing process known as Field Guided Fabrication, Electroloom is capable of producing lightweight, seamless fabrics on demand. This method closely resembles traditional 3D printing and enables the creation of customized apparel, particularly T-shirts and sweaters, as well as other fabric-based products such as tissue engineering scaffolds and filters. By focusing on the customization of fibrous articles of clothing, the company aims to meet the specific needs of the clothing industry, allowing for unique designs that enhance a stylist's collection.

Giroptic is a company that specializes in the development of innovative imaging technology, particularly through its patented real-time image fusion process. The firm gained significant attention with the launch of its first consumer product, the Giroptic 360cam, which was funded through a successful Kickstarter campaign in 2014, raising over $1.4 million and establishing itself as a major player in France’s crowdfunding landscape. The 360cam is a digital camera designed to capture immersive 360-degree panoramic images, allowing users to communicate and share their experiences in a more engaging manner. Giroptic aims to lead the evolution of immersive photography and videography for both consumers and professionals.

Looking Glass Factory is a company focused on developing holographic technology, primarily through its flagship product, the Looking Glass, which is the first desktop holographic display designed for 3D creators. Founded in 2015 and based in Brooklyn, New York, with a subsidiary in Hong Kong, the company aims to make 3D creation accessible without the need for virtual reality or augmented reality headsets. Looking Glass Factory also offers a web-based holographic sharing platform that utilizes light field rendering software, allowing artists, designers, developers, filmmakers, and photographers to engage with 3D content in an innovative manner.

Structur3D Printing specializes in advancing 3D printing technology by enabling the use of paste materials alongside traditional plastic filaments. The company has developed a unique system that integrates the precision of Fused Deposition Modeling (FDM) printers with the versatile capabilities of paste extrusion. This innovation allows makers and 3D printing enthusiasts to create a diverse range of objects using materials such as silicone, polyurethane, latex, and even edible substances like icing sugar. By broadening the scope of 3D printing, Structur3D Printing empowers users to produce functional items tailored to specific applications, moving beyond the limitations of rigid plastics.

Maieutic Enterprises is a startup focused on developing innovative die and surface casting technologies for manufacturers utilizing die extrusions. The company is creating a patented solution known as the "programmable surface," which consists of an array of adjustable pins. By manipulating the heights of these pins using Lorentz force, manufacturers can replicate various surface topographies and address surface deformations that occur over time due to wear and tear. This technology enables manufacturers to make precise adjustments for surface variations without incurring downtime, thus improving efficiency and reducing costs during the production process.

Grasp manufactures and distributes a range of personalized prosthetics that are manufactured using 3D printers to its clients. It is based in Portland.

Briefcase Biotec develops KiloBaser, a Nespresso machine of DNA synthesis - enabling cutting edge research without detours. KiloBaser is a device for printing short synthetic DNA sequences. It enables individual scientists to easily produce the DNA they need on their desktops, while speeding up production of the basics for all genetic engineering and synthetic biology research and development. Headquartered in Graz, Steiermark, KiloBaser was founded in 2013 by Martin Jost and Alexander Murer.

Electroloom is a San Francisco-based company founded in 2013 that specializes in 3D printing services for fabrics. Utilizing a unique manufacturing process known as Field Guided Fabrication, Electroloom is capable of producing lightweight, seamless fabrics on demand. This method closely resembles traditional 3D printing and enables the creation of customized apparel, particularly T-shirts and sweaters, as well as other fabric-based products such as tissue engineering scaffolds and filters. By focusing on the customization of fibrous articles of clothing, the company aims to meet the specific needs of the clothing industry, allowing for unique designs that enhance a stylist's collection.

Ouro_botics started life around four years ago on a kitchen table in Dublin. Founder Jemma Redmond was working at the time on her masters thesis "An Investigation into Osteoblast Adhesion" and printed copies of finger bones (metacarpals, proximal & distal phalanges) which she then seeded with Osteoblasts and noticed growth was affected by structure. Realising that a bioprinter would open up more interesting capabilities. She sold her own businesses and started building her own printers testing out different configurations and methods. Noting that high cost, ease of use, accuracy, upgradability and reliability were features that were lacking in bioprinters on the market. Ouro_botics was formed to build an affordable modular bioprinting platform for students, biohackers and researchers. After months of hard work, they built a 10 micron accuracy bioprinting platform that can be fitted with different types of extruder heads and allows researcher to try out different biomaterials such as gelatine, alginate, chitosan, keratin with different extrusion methods. They are currently offering a limited number of development kits and can be pre ordered now!

Pembient, Inc. is a biotechnology company founded in 2015 and based in Seattle, Washington, that specializes in producing synthetic wildlife products, including rhino horn and elephant ivory. Utilizing advances in biotechnology, Pembient fabricates these materials through DNA and 3D-printing techniques, creating carvable horns suitable for durable goods such as jewelry and libation cups. The company's mission is to combat the illegal wildlife trade, a significant black market valued at $20 billion, by offering affordable alternatives that can deter poaching. By replacing traditional wildlife products with bio-fabricated options, Pembient aims to promote sustainable commerce and support wildlife conservation efforts.

Rational Robotics designs, develops, and manufactures robotic machines which offer auto body repainting services. It produces a 3D scan optimizes the tool path using custom algorithms and then paint. Rational Robotics is based in Edmonton, Canada.

Ouro_botics started life around four years ago on a kitchen table in Dublin. Founder Jemma Redmond was working at the time on her masters thesis "An Investigation into Osteoblast Adhesion" and printed copies of finger bones (metacarpals, proximal & distal phalanges) which she then seeded with Osteoblasts and noticed growth was affected by structure. Realising that a bioprinter would open up more interesting capabilities. She sold her own businesses and started building her own printers testing out different configurations and methods. Noting that high cost, ease of use, accuracy, upgradability and reliability were features that were lacking in bioprinters on the market. Ouro_botics was formed to build an affordable modular bioprinting platform for students, biohackers and researchers. After months of hard work, they built a 10 micron accuracy bioprinting platform that can be fitted with different types of extruder heads and allows researcher to try out different biomaterials such as gelatine, alginate, chitosan, keratin with different extrusion methods. They are currently offering a limited number of development kits and can be pre ordered now!

CLAWZ is a China-based company that offers fingernail jewelry, 3D printed in metal, which can be worn multiple times. The company’s fingernail jewelries are applied to the nail with an adhesive sticker and are easily removed without damaging the natural nail or nail polish. CLAWZ’s products are reusable and can be applied in minutes. It was founded in 2014 and is based in Shanghai, China.

Voltera is a technology company focused on advancing additive and flexible electronics through innovative prototyping tools. The company's flagship circuit board printer is designed to assist engineers in accelerating hardware development, allowing for faster iteration and customization of electronic products. By providing solutions for students, product developers, and researchers, Voltera supports a range of applications from educational initiatives to cutting-edge product design. Its tools facilitate quick experimentation and innovation, making it easier for organizations worldwide to explore new materials and methods in electronics.

CLAWZ is a China-based company that offers fingernail jewelry, 3D printed in metal, which can be worn multiple times. The company’s fingernail jewelries are applied to the nail with an adhesive sticker and are easily removed without damaging the natural nail or nail polish. CLAWZ’s products are reusable and can be applied in minutes. It was founded in 2014 and is based in Shanghai, China.

Rational Robotics designs, develops, and manufactures robotic machines which offer auto body repainting services. It produces a 3D scan optimizes the tool path using custom algorithms and then paint. Rational Robotics is based in Edmonton, Canada.

Starts the next generation of 3D printer.

Kast, the first 3D printer of the next generation

Briefcase Biotec develops KiloBaser, a Nespresso machine of DNA synthesis - enabling cutting edge research without detours. KiloBaser is a device for printing short synthetic DNA sequences. It enables individual scientists to easily produce the DNA they need on their desktops, while speeding up production of the basics for all genetic engineering and synthetic biology research and development. Headquartered in Graz, Steiermark, KiloBaser was founded in 2013 by Martin Jost and Alexander Murer.

Rational Robotics designs, develops, and manufactures robotic machines which offer auto body repainting services. It produces a 3D scan optimizes the tool path using custom algorithms and then paint. Rational Robotics is based in Edmonton, Canada.

Formlabs Inc. is a company that designs and manufactures advanced 3D printing systems targeted at engineers, designers, and artists. Established in 2011 and headquartered in Somerville, Massachusetts, Formlabs offers a diverse range of products, including the Form 3, Form 3B, and Form 3L printers, all utilizing Low Force Stereolithography (LFS) technology. The company also provides post-processing solutions such as Form Wash and Form Cure, as well as the Fuse 1 SLS 3D printer and the Form Cell manufacturing solution. Formlabs develops high-performance materials for various applications in industries like dental, healthcare, jewelry, and education. Its PreForm software facilitates the preparation of models for printing, making it a preferred choice among professionals worldwide. With additional offices in Germany, Japan, China, Singapore, Hungary, and North Carolina, Formlabs continues to innovate in the field of 3D printing, enhancing the capabilities of digital fabrication.

FlexLab is an innovative laboratory focused on intelligent manufacturing and digital fabrication. Founded in 2013, it brings together a diverse team of software engineers, electronic engineers, designers, and other interdisciplinary professionals committed to advancing technology in various sectors, including transportation, education, and retail. The lab has successfully launched several projects, notably the Flexbot, a 3D printed nano copter that gained significant support on Kickstarter, and FlexPV, which won first prize at the Michelin Challenge Bibendum. FlexLab's offerings include mobile applications for controlling customized drones, as well as advancements in areas such as self-driving technology, drones, unattended retailing, virtual reality, remote robotics, image recognition, sustainable vehicles, voice recognition, and soft robotics. Its products have reached users in over twenty countries, reflecting a global commitment to innovation and creativity.

Formlabs Inc. is a company that designs and manufactures advanced 3D printing systems targeted at engineers, designers, and artists. Established in 2011 and headquartered in Somerville, Massachusetts, Formlabs offers a diverse range of products, including the Form 3, Form 3B, and Form 3L printers, all utilizing Low Force Stereolithography (LFS) technology. The company also provides post-processing solutions such as Form Wash and Form Cure, as well as the Fuse 1 SLS 3D printer and the Form Cell manufacturing solution. Formlabs develops high-performance materials for various applications in industries like dental, healthcare, jewelry, and education. Its PreForm software facilitates the preparation of models for printing, making it a preferred choice among professionals worldwide. With additional offices in Germany, Japan, China, Singapore, Hungary, and North Carolina, Formlabs continues to innovate in the field of 3D printing, enhancing the capabilities of digital fabrication.