Venture Kick

Actival is a dental technology company that specializes in manufacturing innovative dental aligners. Utilizing patented 3D printing technology, the company incorporates microfluidic channels, antibacterial fluid, fluoride, and customizable flavors into its aligners, aiming to enhance oral hygiene and improve the effectiveness of teeth alignment during orthodontic treatment. Actival is dedicated to precision and oral health, striving to revolutionize orthodontic care through its innovative products.

CompagOs is a company dedicated to improving cancer treatment outcomes by providing personalized solutions for patients with bone cancer. The company utilizes 3D bioprinting technology to recreate the unique cancerous conditions of a patient's bone in a controlled laboratory environment, allowing oncologists to assess different drug reactions and determine the most effective treatment options. By using mineralized three-dimensional bio-printed bone organoids, CompagOs surpasses the limitations of conventional animal and 2D models, offering a more accurate representation of human physiological conditions. This technology not only aids in personalized patient care but also serves as a powerful tool for drug development, enabling researchers to evaluate drug efficacy in a realistic and patient-relevant setting.

A-Metal specializes in manufacturing compact, safe, and affordable laser powder bed fusion machines for metal additive manufacturing. Their unique cartridge system enables operation without a laboratory environment, making metal 3D printing accessible to small and medium enterprises and research departments for prototyping, testing, or limited production.

Apheros specializes in metal foam cooling solutions. It employs a proprietary manufacturing method for producing scalable metal foams that excel in heat dissipation.

Bottneuro is a company focused on developing innovative therapies for early to moderate-stage Alzheimer's Disease patients. Utilizing its proprietary NENI technology platform, Bottneuro creates non-invasive stimulation protocols that target neurons and glial cells in the brain. In addition to its work in Alzheimer's treatment, the company has developed a brain therapy system designed to alleviate chronic neuropathic pain. This system employs plant-based components and features a 3D printed cap that allows for continuous monitoring and targeted delivery of active substances within the body. By addressing the specific needs of patients with early to mild Alzheimer's disease, Bottneuro aims to enhance their quality of life through improved treatment options and medical care.

CompagOs is a company dedicated to improving cancer treatment outcomes by providing personalized solutions for patients with bone cancer. The company utilizes 3D bioprinting technology to recreate the unique cancerous conditions of a patient's bone in a controlled laboratory environment, allowing oncologists to assess different drug reactions and determine the most effective treatment options. By using mineralized three-dimensional bio-printed bone organoids, CompagOs surpasses the limitations of conventional animal and 2D models, offering a more accurate representation of human physiological conditions. This technology not only aids in personalized patient care but also serves as a powerful tool for drug development, enabling researchers to evaluate drug efficacy in a realistic and patient-relevant setting.

InnoSpina is a medical device company focused on developing innovative 3D printed implants and specialized surgical guiding instruments for the treatment of chronic back pain. The company's products are designed to facilitate minimally invasive and motion-preserving procedures for spinal disorders. By offering intuitive guiding instruments and novel implants, InnoSpina empowers spine surgeons and interventional pain management specialists to achieve safe and accurate positioning during surgery. This approach not only simplifies the surgical process but also significantly reduces the operative time, allowing for more efficient treatment of patients suffering from back pain.

CompagOs is a company dedicated to improving cancer treatment outcomes by providing personalized solutions for patients with bone cancer. The company utilizes 3D bioprinting technology to recreate the unique cancerous conditions of a patient's bone in a controlled laboratory environment, allowing oncologists to assess different drug reactions and determine the most effective treatment options. By using mineralized three-dimensional bio-printed bone organoids, CompagOs surpasses the limitations of conventional animal and 2D models, offering a more accurate representation of human physiological conditions. This technology not only aids in personalized patient care but also serves as a powerful tool for drug development, enabling researchers to evaluate drug efficacy in a realistic and patient-relevant setting.

CustomSurg is a company focused on enhancing the treatment of complex bone fractures, particularly those involving joints. It develops fracture-specific bone plates that are tailored to match the unique anatomy of individual patients using advanced technologies such as computer tomography and 3D printing. This personalized approach provides improved stability for bone repairs, which can significantly reduce surgery time and lower long-term healthcare costs for patients. By offering a software solution for optimized surgical planning and designing patient-specific implants and instruments, CustomSurg shifts the treatment strategy from a subjective to an objective framework, aiming to improve outcomes for approximately 400,000 trauma patients in a market valued at $1.2 billion. The involvement of a Harvard Medical School surgeon in directing the medical aspects of the company adds a layer of credibility to its innovative offerings.

CustomSurg is a company focused on enhancing the treatment of complex bone fractures, particularly those involving joints. It develops fracture-specific bone plates that are tailored to match the unique anatomy of individual patients using advanced technologies such as computer tomography and 3D printing. This personalized approach provides improved stability for bone repairs, which can significantly reduce surgery time and lower long-term healthcare costs for patients. By offering a software solution for optimized surgical planning and designing patient-specific implants and instruments, CustomSurg shifts the treatment strategy from a subjective to an objective framework, aiming to improve outcomes for approximately 400,000 trauma patients in a market valued at $1.2 billion. The involvement of a Harvard Medical School surgeon in directing the medical aspects of the company adds a layer of credibility to its innovative offerings.

No-Touch Robotics specializes in developing advanced robotic grippers that operate without mechanical contact. Utilizing ultrasound-generated pressure fields, the company's solutions enable precise, damage-free manipulation of objects across various industries.

CustomSurg is a company focused on enhancing the treatment of complex bone fractures, particularly those involving joints. It develops fracture-specific bone plates that are tailored to match the unique anatomy of individual patients using advanced technologies such as computer tomography and 3D printing. This personalized approach provides improved stability for bone repairs, which can significantly reduce surgery time and lower long-term healthcare costs for patients. By offering a software solution for optimized surgical planning and designing patient-specific implants and instruments, CustomSurg shifts the treatment strategy from a subjective to an objective framework, aiming to improve outcomes for approximately 400,000 trauma patients in a market valued at $1.2 billion. The involvement of a Harvard Medical School surgeon in directing the medical aspects of the company adds a layer of credibility to its innovative offerings.

KaleiBox is a company based in Zurich, Switzerland, specializing in the development of three-dimensional optical imaging devices specifically designed for small-animal imaging. It offers two main products: the standalone-mode KaleiBox and a hybrid-mode KaleiBox, both of which facilitate fluorescence tomography with an emphasis on compact hardware design and advanced software. The company's devices serve various applications, including research laboratories, biotechnological industries, agricultural diagnostics, and image-guided surgical procedures. Drawing inspiration from the kaleidoscope, KaleiBox focuses on versatility and portability, aiming to enhance the current workflow in 3D fluorescence imaging, particularly for preclinical studies.

Microcaps develops microencapsulation technology that protects and controls the release of active ingredients in pharmaceuticals, probiotics, and cosmetic formulations. Leveraging microfluidics and step emulsification, the company produces monodisperse microcapsules and microparticles at scale, enabling precise size control, dosing, and greater stability. Its platform supports liquid oil core microcapsules with natural alginate shells, improving throughput without quality loss. Based in Zurich, Switzerland, Microcaps targets applications across drug delivery, probiotic encapsulation, and fragrance or cosmetic encapsulation, offering automated encapsulation production capable of high-throughput manufacturing for complex formulations.

Mobbot SA is a Swiss company based in Fribourg, established in 2018, that specializes in 3D concrete printing technology for the construction industry. The company focuses on providing digital fabrication systems that allow construction firms to produce custom-made concrete products efficiently. By integrating passive reinforcement and utilizing conventional concrete from ready-mix plants, Mobbot's technology significantly reduces both production and installation costs. It streamlines construction processes, enabling projects that would typically require three days of work on-site to be completed in just one hour. This innovation aims to enhance productivity and cost-effectiveness for infrastructure projects.

Neural Concept Sàrl, founded in 2018 and based in Lausanne, Switzerland, specializes in artificial intelligence and develops algorithmic platforms for computer-assisted engineering and design. The company focuses on creating 3D deep learning algorithms that facilitate the engineering processes across various industries, including automotive, additive manufacturing, energy, and naval-aerospace. By leveraging innovative deep learning techniques, Neural Concept accelerates research and development cycles, enhances product performance, and helps clients address complex engineering challenges while reducing computational costs. With a dedicated team of over 30 professionals, the company aims to transform the future of industrial engineering through the integration of advanced intelligence into design practices.

Spectroplast specializes in additive manufacturing of pure silicones using its proprietary SAMT technology. It offers customizable solutions for healthcare, industrial components, soft robotics, art, and medical sectors. Founded in 2018 as a spin-off from ETH Zurich, Spectroplasty enables cost-effective and time-saving production without the need for molds, operating with minimal waste.

Microcaps develops microencapsulation technology that protects and controls the release of active ingredients in pharmaceuticals, probiotics, and cosmetic formulations. Leveraging microfluidics and step emulsification, the company produces monodisperse microcapsules and microparticles at scale, enabling precise size control, dosing, and greater stability. Its platform supports liquid oil core microcapsules with natural alginate shells, improving throughput without quality loss. Based in Zurich, Switzerland, Microcaps targets applications across drug delivery, probiotic encapsulation, and fragrance or cosmetic encapsulation, offering automated encapsulation production capable of high-throughput manufacturing for complex formulations.

Readily3D is a Lausanne, Switzerland-based company that commercializes volumetric tomographic 3D printers and bioprinting solutions. A spin-off from École Polytechnique Fédérale de Lausanne, it was founded in 2020 after researchers developed tomographic printing methods starting in 2017. The company's printers enable centimeter-scale, tomographic 3D printing of cells and biomaterials with optical resolution below 100 micrometers, and are paired with software that imports design files, optimizes print parameters, and minimizes cell stress and light exposure. This technology supports rapid prototyping of living tissue constructs and statistically meaningful biological models for life sciences research.

Mobbot SA is a Swiss company based in Fribourg, established in 2018, that specializes in 3D concrete printing technology for the construction industry. The company focuses on providing digital fabrication systems that allow construction firms to produce custom-made concrete products efficiently. By integrating passive reinforcement and utilizing conventional concrete from ready-mix plants, Mobbot's technology significantly reduces both production and installation costs. It streamlines construction processes, enabling projects that would typically require three days of work on-site to be completed in just one hour. This innovation aims to enhance productivity and cost-effectiveness for infrastructure projects.

Neural Concept Sàrl, founded in 2018 and based in Lausanne, Switzerland, specializes in artificial intelligence and develops algorithmic platforms for computer-assisted engineering and design. The company focuses on creating 3D deep learning algorithms that facilitate the engineering processes across various industries, including automotive, additive manufacturing, energy, and naval-aerospace. By leveraging innovative deep learning techniques, Neural Concept accelerates research and development cycles, enhances product performance, and helps clients address complex engineering challenges while reducing computational costs. With a dedicated team of over 30 professionals, the company aims to transform the future of industrial engineering through the integration of advanced intelligence into design practices.

Mobbot SA is a Swiss company based in Fribourg, established in 2018, that specializes in 3D concrete printing technology for the construction industry. The company focuses on providing digital fabrication systems that allow construction firms to produce custom-made concrete products efficiently. By integrating passive reinforcement and utilizing conventional concrete from ready-mix plants, Mobbot's technology significantly reduces both production and installation costs. It streamlines construction processes, enabling projects that would typically require three days of work on-site to be completed in just one hour. This innovation aims to enhance productivity and cost-effectiveness for infrastructure projects.

Microcaps develops microencapsulation technology that protects and controls the release of active ingredients in pharmaceuticals, probiotics, and cosmetic formulations. Leveraging microfluidics and step emulsification, the company produces monodisperse microcapsules and microparticles at scale, enabling precise size control, dosing, and greater stability. Its platform supports liquid oil core microcapsules with natural alginate shells, improving throughput without quality loss. Based in Zurich, Switzerland, Microcaps targets applications across drug delivery, probiotic encapsulation, and fragrance or cosmetic encapsulation, offering automated encapsulation production capable of high-throughput manufacturing for complex formulations.

Neural Concept Sàrl, founded in 2018 and based in Lausanne, Switzerland, specializes in artificial intelligence and develops algorithmic platforms for computer-assisted engineering and design. The company focuses on creating 3D deep learning algorithms that facilitate the engineering processes across various industries, including automotive, additive manufacturing, energy, and naval-aerospace. By leveraging innovative deep learning techniques, Neural Concept accelerates research and development cycles, enhances product performance, and helps clients address complex engineering challenges while reducing computational costs. With a dedicated team of over 30 professionals, the company aims to transform the future of industrial engineering through the integration of advanced intelligence into design practices.

Injex AG, founded in 2016 and based in Schlieren, Switzerland, specializes in the manufacture of injection-molded components. The company provides a range of products, including injection-molded parts, tooling equipment, and small and micro-components. Injex also offers services related to injection molded prototypes, small series production, 2K injection molding, and micro injection molding. Notably, Injex significantly reduces the turnaround times for injection molded prototypes and small-series production from weeks to days, enhancing efficiency in the manufacturing process.

SwissProsthetics is a MedTech company based in Zurich, Switzerland, specializing in the development of 3D-printed prosthetic hands for children and adults with upper limb loss. The company offers an affordable and modular solution that does not require a specialist for fitting. Its prostheses consist of a shaft that connects to various hand modules, each designed for specific activities such as biking, swimming, and skiing. This innovative approach enables users to engage in daily activities more easily and effectively, catering to the unique needs of both children and adolescents.

Mirrakoi SA is a Swiss company specializing in the development of computer-aided design software, particularly for the medical field. Founded in 2018 as a spin-off from the Swiss Federal Institute of Technology in Lausanne, Mirrakoi offers an innovative solution known as Rhino3DMedical. This proprietary software facilitates a streamlined workflow that allows users to view, analyze, and segment medical images, ultimately creating 3D-printable anatomical models from CT and MRI scans. The technology is designed for orthopedic surgical planning, enabling the development of patient-specific models with ease through an intuitive interface and guided workflow. Mirrakoi's focus on enhancing the design process in the medical sector positions it as a leader in augmented design technology.

MotionTech develops silicone 3D printing technology to digitalize orthopaedics, focusing on customized prosthetic solutions. The company offers the Your Liner service, enabling prosthetic technicians worldwide to order tailored silicone equipment for individual patients, driving mass customization over traditional mass production. Its approach includes a three-dimensional stump scanner to capture precise limb geometry, which feeds into additive manufacturing to produce a custom silicone sleeve. This sleeve redistributes pressure across the residual limb and reduces friction, allowing clinicians to take accurate measurements and adjust the prosthesis with an appropriate coating. The overall aim is to improve comfort and fit for amputees by combining digital scanning, customized materials, and on-demand manufacturing to streamline workflow for clinicians and patients alike.

MotionTech develops silicone 3D printing technology to digitalize orthopaedics, focusing on customized prosthetic solutions. The company offers the Your Liner service, enabling prosthetic technicians worldwide to order tailored silicone equipment for individual patients, driving mass customization over traditional mass production. Its approach includes a three-dimensional stump scanner to capture precise limb geometry, which feeds into additive manufacturing to produce a custom silicone sleeve. This sleeve redistributes pressure across the residual limb and reduces friction, allowing clinicians to take accurate measurements and adjust the prosthesis with an appropriate coating. The overall aim is to improve comfort and fit for amputees by combining digital scanning, customized materials, and on-demand manufacturing to streamline workflow for clinicians and patients alike.

CREAL develops near-eye light-field displays for virtual and augmented reality, delivering true optical depth and more immersive, strain-free viewing. Its patented light-field micro-display technology stack projects images with depth cues that mimic real-world sight, addressing eye strain, nausea, and discomfort commonly associated with current headsets while enabling a smaller form factor and simpler manufacturing. The company focuses on enabling natural, healthy visual experiences in AR hardware, supporting more comfortable long-term use.

Mirrakoi SA is a Swiss company specializing in the development of computer-aided design software, particularly for the medical field. Founded in 2018 as a spin-off from the Swiss Federal Institute of Technology in Lausanne, Mirrakoi offers an innovative solution known as Rhino3DMedical. This proprietary software facilitates a streamlined workflow that allows users to view, analyze, and segment medical images, ultimately creating 3D-printable anatomical models from CT and MRI scans. The technology is designed for orthopedic surgical planning, enabling the development of patient-specific models with ease through an intuitive interface and guided workflow. Mirrakoi's focus on enhancing the design process in the medical sector positions it as a leader in augmented design technology.

Mirrakoi SA is a Swiss company specializing in the development of computer-aided design software, particularly for the medical field. Founded in 2018 as a spin-off from the Swiss Federal Institute of Technology in Lausanne, Mirrakoi offers an innovative solution known as Rhino3DMedical. This proprietary software facilitates a streamlined workflow that allows users to view, analyze, and segment medical images, ultimately creating 3D-printable anatomical models from CT and MRI scans. The technology is designed for orthopedic surgical planning, enabling the development of patient-specific models with ease through an intuitive interface and guided workflow. Mirrakoi's focus on enhancing the design process in the medical sector positions it as a leader in augmented design technology.

MotionTech develops silicone 3D printing technology to digitalize orthopaedics, focusing on customized prosthetic solutions. The company offers the Your Liner service, enabling prosthetic technicians worldwide to order tailored silicone equipment for individual patients, driving mass customization over traditional mass production. Its approach includes a three-dimensional stump scanner to capture precise limb geometry, which feeds into additive manufacturing to produce a custom silicone sleeve. This sleeve redistributes pressure across the residual limb and reduces friction, allowing clinicians to take accurate measurements and adjust the prosthesis with an appropriate coating. The overall aim is to improve comfort and fit for amputees by combining digital scanning, customized materials, and on-demand manufacturing to streamline workflow for clinicians and patients alike.

CREAL develops near-eye light-field displays for virtual and augmented reality, delivering true optical depth and more immersive, strain-free viewing. Its patented light-field micro-display technology stack projects images with depth cues that mimic real-world sight, addressing eye strain, nausea, and discomfort commonly associated with current headsets while enabling a smaller form factor and simpler manufacturing. The company focuses on enabling natural, healthy visual experiences in AR hardware, supporting more comfortable long-term use.

Injex AG, founded in 2016 and based in Schlieren, Switzerland, specializes in the manufacture of injection-molded components. The company provides a range of products, including injection-molded parts, tooling equipment, and small and micro-components. Injex also offers services related to injection molded prototypes, small series production, 2K injection molding, and micro injection molding. Notably, Injex significantly reduces the turnaround times for injection molded prototypes and small-series production from weeks to days, enhancing efficiency in the manufacturing process.

Zero - Digital Manufacturing provides an automated design platform for 3d printing technology, enabling customers to get uniquely designed pipelines.

CellSpring is a biotechnology company based in Zurich, Switzerland, that develops 3D tissue models for biological research. Its core offering, the 3D Bloom platform, enables rapid creation of biomimetic microtissues independent of cell type, supporting in vitro studies and drug development. The platform emphasizes speed, reliability, versatility, and ease of use, improving the fabrication of 3D cell cultures for diverse experimental applications.

Swiss-based Stealth Key specializes in developing advanced security solutions. They manufacture unique 3D metal printed keys and cylinder locks designed to prevent unauthorized duplication by concealing their security features, ensuring affordable and secure systems for customers.

CellSpring is a biotechnology company based in Zurich, Switzerland, that develops 3D tissue models for biological research. Its core offering, the 3D Bloom platform, enables rapid creation of biomimetic microtissues independent of cell type, supporting in vitro studies and drug development. The platform emphasizes speed, reliability, versatility, and ease of use, improving the fabrication of 3D cell cultures for diverse experimental applications.

Spectroplast specializes in additive manufacturing of pure silicones using its proprietary SAMT technology. It offers customizable solutions for healthcare, industrial components, soft robotics, art, and medical sectors. Founded in 2018 as a spin-off from ETH Zurich, Spectroplasty enables cost-effective and time-saving production without the need for molds, operating with minimal waste.

Astrivis specializes in the development of real-time 3D software technologies that enable smartphones and tablets to function as interactive 3D scanners. The company's ecosystem provides comprehensive solutions for building tailored 3D scanning infrastructures, addressing the specific needs of its users. Astrivis's software allows both professionals and individuals to capture photographs and videos, transforming two-dimensional images into accurate and detailed three-dimensional models. This innovative approach not only enhances the capabilities of digital content creation but also fosters new business opportunities and added value through customized digital solutions.

CellSpring is a biotechnology company based in Zurich, Switzerland, that develops 3D tissue models for biological research. Its core offering, the 3D Bloom platform, enables rapid creation of biomimetic microtissues independent of cell type, supporting in vitro studies and drug development. The platform emphasizes speed, reliability, versatility, and ease of use, improving the fabrication of 3D cell cultures for diverse experimental applications.

Swiss-based Stealth Key specializes in developing advanced security solutions. They manufacture unique 3D metal printed keys and cylinder locks designed to prevent unauthorized duplication by concealing their security features, ensuring affordable and secure systems for customers.

Swiss-based Stealth Key specializes in developing advanced security solutions. They manufacture unique 3D metal printed keys and cylinder locks designed to prevent unauthorized duplication by concealing their security features, ensuring affordable and secure systems for customers.

Nanolive SA is a Swiss company that specializes in the design and development of advanced imaging devices for live cells. Established in 2013 and headquartered in Ecublens, Switzerland, the company offers the 3D Cell Explorer, a cutting-edge technology that allows researchers to visualize the interior of living cells in three dimensions without the need for labeling or invasive techniques. This innovative device enables detailed observation of various cellular processes such as cell division, organelle structure, cell morphology, differentiation, and interactions between cells. By capturing unbiased live cell data, Nanolive's technology supports the research and development of new drugs and therapies, facilitating quality analysis and providing valuable biological insights for scientists and researchers in the field of life sciences.

Scrona specializes in micro- and nanotechnology, focusing on simplifying these advanced fields for both consumers and industries. The company has developed a three-dimensional nano drip printing technology that facilitates rapid and cost-effective production. Scrona is centered on printhead development and collaborates with partners to provide comprehensive manufacturing equipment and next-generation products. This approach enables businesses to produce printed materials of high quality at reduced costs, thereby revolutionizing the landscape of micro- and nanofabrication.

Nanolive SA is a Swiss company that specializes in the design and development of advanced imaging devices for live cells. Established in 2013 and headquartered in Ecublens, Switzerland, the company offers the 3D Cell Explorer, a cutting-edge technology that allows researchers to visualize the interior of living cells in three dimensions without the need for labeling or invasive techniques. This innovative device enables detailed observation of various cellular processes such as cell division, organelle structure, cell morphology, differentiation, and interactions between cells. By capturing unbiased live cell data, Nanolive's technology supports the research and development of new drugs and therapies, facilitating quality analysis and providing valuable biological insights for scientists and researchers in the field of life sciences.

Mimedis AG is a Swiss medical device company headquartered in Basel, specializing in the design and manufacture of patient-specific bone implants. Founded in 2013, the company emerged from collaborations with the School of Life Sciences at the University of Applied Sciences and Arts Northwestern Switzerland and the University Hospital Basel. Mimedis is committed to developing innovative medical devices tailored to individual patient needs, utilizing advanced design strategies and flexible production processes. The company also provides comprehensive support services for surgeons across various bone-related disciplines, enhancing the precision and effectiveness of surgical interventions. As of 2017, Mimedis operates as a subsidiary of Medartis AG.

Smart Misura is offering 3-D scanning solution for the online sale of shoes.

Scrona specializes in micro- and nanotechnology, focusing on simplifying these advanced fields for both consumers and industries. The company has developed a three-dimensional nano drip printing technology that facilitates rapid and cost-effective production. Scrona is centered on printhead development and collaborates with partners to provide comprehensive manufacturing equipment and next-generation products. This approach enables businesses to produce printed materials of high quality at reduced costs, thereby revolutionizing the landscape of micro- and nanofabrication.

4D Geosystems specializes in geo-data processing focused on the analysis of geological systems. The company develops software applications primarily aimed at the oil and mining industries. Its technologies utilize 3D palaeo-geographic models to reconstruct the geological and climatic history of the Earth. This approach allows clients to gain valuable insights into subsurface conditions, aiding in exploration and resource management.

Pix4D is a company that specializes in advanced aerial image processing software, founded in 2011 as a spinoff from the École Polytechnique Fédérale de Lausanne in Switzerland. The company provides a software suite that transforms standard photographs into geo-referenced images and three-dimensional models, facilitating applications in fields such as urban planning and environmental monitoring. By combining multiple aerial images captured from mobile cameras, Pix4D creates detailed two-dimensional and three-dimensional representations of various environments. Their technology is designed to enhance the efficiency and effectiveness of drone mapping, allowing users to leverage photogrammetry for a wide range of professional applications. With a commitment to innovation, Pix4D aims to support industries in pioneering mapping solutions.

SWISSto12 SA is a Swiss company that specializes in the manufacture and supply of radio frequency (RF) and microwave components and systems. Founded in 2011 as a spin-off from the Swiss Federal Institute of Technology in Lausanne, the company is based in Renens, Switzerland, with additional offices in Santa Clara, California, and Rehovot, Israel. SWISSto12 offers a range of products including various types of horn antennas, airborne antenna arrays, waveguide antennas, and custom-designed antennas and filters. The company is known for its innovative use of metal-coated 3D printing technology, which enhances design flexibility while reducing costs, lead times, and weight. Its offerings extend to polymer and metal waveguide products, as well as integration and testing services. SWISSto12 serves clients in satellite communications, airborne satellites, and research centers, and is also developing software solutions for material properties extraction.

Immersive Vision Studio is focused on developing innovative imaging solutions, specifically the first 360º 3D compact camera tailored for the consumer market. The company's patented technology allows for the real-time reconstruction of 360º HD videos, which can be stored locally or streamed online. This advanced capability provides an immersive viewing experience at a significantly higher resolution than existing technologies, all without requiring external equipment like computers for operation. Additionally, Immersive Vision Studio offers design and planning services that integrate its cutting-edge camera technology to help clients realize their concepts and ideas effectively.

Pix4D is a company that specializes in advanced aerial image processing software, founded in 2011 as a spinoff from the École Polytechnique Fédérale de Lausanne in Switzerland. The company provides a software suite that transforms standard photographs into geo-referenced images and three-dimensional models, facilitating applications in fields such as urban planning and environmental monitoring. By combining multiple aerial images captured from mobile cameras, Pix4D creates detailed two-dimensional and three-dimensional representations of various environments. Their technology is designed to enhance the efficiency and effectiveness of drone mapping, allowing users to leverage photogrammetry for a wide range of professional applications. With a commitment to innovation, Pix4D aims to support industries in pioneering mapping solutions.

SWISSto12 SA is a Swiss company that specializes in the manufacture and supply of radio frequency (RF) and microwave components and systems. Founded in 2011 as a spin-off from the Swiss Federal Institute of Technology in Lausanne, the company is based in Renens, Switzerland, with additional offices in Santa Clara, California, and Rehovot, Israel. SWISSto12 offers a range of products including various types of horn antennas, airborne antenna arrays, waveguide antennas, and custom-designed antennas and filters. The company is known for its innovative use of metal-coated 3D printing technology, which enhances design flexibility while reducing costs, lead times, and weight. Its offerings extend to polymer and metal waveguide products, as well as integration and testing services. SWISSto12 serves clients in satellite communications, airborne satellites, and research centers, and is also developing software solutions for material properties extraction.

Immersive Vision Studio is focused on developing innovative imaging solutions, specifically the first 360º 3D compact camera tailored for the consumer market. The company's patented technology allows for the real-time reconstruction of 360º HD videos, which can be stored locally or streamed online. This advanced capability provides an immersive viewing experience at a significantly higher resolution than existing technologies, all without requiring external equipment like computers for operation. Additionally, Immersive Vision Studio offers design and planning services that integrate its cutting-edge camera technology to help clients realize their concepts and ideas effectively.

SWISSto12 SA is a Swiss company that specializes in the manufacture and supply of radio frequency (RF) and microwave components and systems. Founded in 2011 as a spin-off from the Swiss Federal Institute of Technology in Lausanne, the company is based in Renens, Switzerland, with additional offices in Santa Clara, California, and Rehovot, Israel. SWISSto12 offers a range of products including various types of horn antennas, airborne antenna arrays, waveguide antennas, and custom-designed antennas and filters. The company is known for its innovative use of metal-coated 3D printing technology, which enhances design flexibility while reducing costs, lead times, and weight. Its offerings extend to polymer and metal waveguide products, as well as integration and testing services. SWISSto12 serves clients in satellite communications, airborne satellites, and research centers, and is also developing software solutions for material properties extraction.

Pix4D is a company that specializes in advanced aerial image processing software, founded in 2011 as a spinoff from the École Polytechnique Fédérale de Lausanne in Switzerland. The company provides a software suite that transforms standard photographs into geo-referenced images and three-dimensional models, facilitating applications in fields such as urban planning and environmental monitoring. By combining multiple aerial images captured from mobile cameras, Pix4D creates detailed two-dimensional and three-dimensional representations of various environments. Their technology is designed to enhance the efficiency and effectiveness of drone mapping, allowing users to leverage photogrammetry for a wide range of professional applications. With a commitment to innovation, Pix4D aims to support industries in pioneering mapping solutions.

Vizago Research offers 3D reconstruction and face manipulation technology in the cloud.

Vizago Research offers 3D reconstruction and face manipulation technology in the cloud.

Dacuda is a computer vision company based in Zurich, Switzerland, with additional locations in Palo Alto, California, and Shanghai, China. It specializes in real-time 2D and 3D algorithms that enhance camera capabilities, positioning itself as a pioneer in software 3D camera technology. Dacuda aims to simplify 3D content creation, making it accessible to consumers through app-based scanning solutions. Its technology enables a range of applications, including enhanced user experiences for Augmented and Virtual Reality headsets. Additionally, Dacuda’s innovations include low-cost, real-time image processing that facilitates high-quality scans, effective text recognition, and the conversion of printed text or tables into editable digital formats, thereby streamlining data entry and content sharing. The company has received several prestigious awards for its contributions to technology and innovation.

regenHU is a Swiss biomedical company that develops bioprinting technology and biomanufacturing solutions for tissue engineering, regenerative medicine, and drug discovery. It provides bioprinting instruments and software, including the 3DDiscovery system and a bioprinting software suite, as well as Biofactory. It also offers biomaterials such as OsteoInk, a calcium phosphate paste for scaffolds, BioInk, a chemically defined hydrogel for growing multiple cell types, and Stark, which improves 3D shape fidelity for biomimics.

regenHU is a Swiss biomedical company that develops bioprinting technology and biomanufacturing solutions for tissue engineering, regenerative medicine, and drug discovery. It provides bioprinting instruments and software, including the 3DDiscovery system and a bioprinting software suite, as well as Biofactory. It also offers biomaterials such as OsteoInk, a calcium phosphate paste for scaffolds, BioInk, a chemically defined hydrogel for growing multiple cell types, and Stark, which improves 3D shape fidelity for biomimics.