HTGF | High-Tech Gruenderfonds

Mo:re is focused on transforming organoid-based drug development through its innovative lab platform that automates cell culture workflows. The company has developed a 3D cell robotic platform aimed at enhancing medical research by standardizing protocols and facilitating remote operations. Mo:re specializes in areas such as cell therapy, drug development, and disease modeling, enabling researchers to scale experiments effectively while maintaining high standards of traceability and quality.

AICA SA specializes in developing robot-agnostic software aimed at simplifying the programming of robots through the use of artificial intelligence. Recognizing the complexity and time-consuming nature of traditional robot programming, the co-founders created a user-friendly software solution that significantly reduces computing time while employing advanced algorithms. This innovative approach allows for a modular setup that enhances the interaction between humans and robots, enabling clients to implement and manipulate robotic systems on-site with ease. AICA envisions a future where robots can take over dirty, dull, or dangerous tasks, allowing humans to focus on more creative and challenging work.

DcubeD specializes in the development of miniature actuators and deployable structures specifically designed for nano-satellites and the commercial space industry. The company focuses on creating innovative technologies that enhance the efficiency and effectiveness of space missions. Its products include release actuators, appendices, solar arrays, antennas, and sails, all of which are engineered to surpass traditional space exploration subsystems in essential aspects such as weight, size, cost, durability, reusability, and availability. By offering high-performance solutions, DcubeD aims to simplify the process of reaching space for its clients, thereby accelerating the utilization of space.

XITO is a marketplace for automation through robotics manufacturers. Their marketplace allows individual robot solutions that fit their budget and offer solutions to providers and product manufacturers working jointly to automate repetitive tasks.

sewts GmbH, founded in 2019 and located in Munich, Germany, specializes in automation technology focused on the processing of easily deformable materials, particularly textiles. The company collaborates with the Technical University of Munich to create finite element (FE) simulations that accurately replicate textile behavior. Its flagship product, Velum, is an AI-driven technology that analyzes textiles and converts insights into robotic commands. This innovative solution supports real-time motion and trajectory planning, enabling efficient control of industrial robots and coordination among multiple robots. sewts' technology streamlines complex manual processes in industrial settings, such as laundries and garment manufacturing, while promoting sustainability and innovation in production methods. The company is supported by several investors, including APEX Ventures and Bayern Kapital, which underscores its commitment to advancing the robotics and textile industries.

Materials Nexus is a deep-tech company focused on advancing sustainable materials through an innovative material modeling platform. By automating quantum calculations, the company enhances the accuracy of material research at scale, thereby facilitating the development of green materials that contribute to net-zero emissions. Utilizing insights from quantum mechanics and artificial intelligence, Materials Nexus aims to reduce greenhouse gas emissions in the materials sector, providing clients with access to sustainable building solutions. Through its efforts, the company seeks to accelerate the transition to environmentally friendly materials and support the global shift toward sustainability.

AICA SA specializes in developing robot-agnostic software aimed at simplifying the programming of robots through the use of artificial intelligence. Recognizing the complexity and time-consuming nature of traditional robot programming, the co-founders created a user-friendly software solution that significantly reduces computing time while employing advanced algorithms. This innovative approach allows for a modular setup that enhances the interaction between humans and robots, enabling clients to implement and manipulate robotic systems on-site with ease. AICA envisions a future where robots can take over dirty, dull, or dangerous tasks, allowing humans to focus on more creative and challenging work.

XITO is a marketplace for automation through robotics manufacturers. Their marketplace allows individual robot solutions that fit their budget and offer solutions to providers and product manufacturers working jointly to automate repetitive tasks.

sewts GmbH, founded in 2019 and located in Munich, Germany, specializes in automation technology focused on the processing of easily deformable materials, particularly textiles. The company collaborates with the Technical University of Munich to create finite element (FE) simulations that accurately replicate textile behavior. Its flagship product, Velum, is an AI-driven technology that analyzes textiles and converts insights into robotic commands. This innovative solution supports real-time motion and trajectory planning, enabling efficient control of industrial robots and coordination among multiple robots. sewts' technology streamlines complex manual processes in industrial settings, such as laundries and garment manufacturing, while promoting sustainability and innovation in production methods. The company is supported by several investors, including APEX Ventures and Bayern Kapital, which underscores its commitment to advancing the robotics and textile industries.

Reactive Robotics GmbH, founded in April 2015 and based in Gilching, Germany, specializes in the design, manufacture, and sale of rehabilitation robots aimed at early movement rehabilitation following neurological injuries and orthopedic surgeries. The company focuses on gait rehabilitation for neurological patients and assists orthopedic patients recovering from joint replacements. With a team that has over 12 years of experience in rehabilitation robotics, Reactive Robotics benefits from a robust clinical network and a group of advisors who provide guidance on engineering, legal matters, and medical device registration. Additionally, the company develops AI-driven robotic systems that support very early mobilization therapy, facilitating faster recovery for patients in intensive care units while alleviating the workload of nursing staff.

DcubeD specializes in the development of miniature actuators and deployable structures specifically designed for nano-satellites and the commercial space industry. The company focuses on creating innovative technologies that enhance the efficiency and effectiveness of space missions. Its products include release actuators, appendices, solar arrays, antennas, and sails, all of which are engineered to surpass traditional space exploration subsystems in essential aspects such as weight, size, cost, durability, reusability, and availability. By offering high-performance solutions, DcubeD aims to simplify the process of reaching space for its clients, thereby accelerating the utilization of space.

Magazino GmbH, founded in 2014 and based in Munich, Germany, specializes in developing and manufacturing mobile robots for the storage and intralogistics sectors. The company offers advanced mobile pick-and-place robots designed for e-commerce warehouses, capable of identifying and localizing individual items using 2D and 3D cameras. These robots operate collaboratively as part of a swarm, utilizing the ACROS (Advanced Cooperative Robot Operating System) to receive and execute orders. Additionally, Magazino provides the App ARC (ACROS Robot Control) for monitoring robot fleets. Their technology aims to simplify and automate daily operations for mail-order companies, warehouses, production lines, and pharmacies, ultimately contributing to the evolution of robotics and the future of logistics.

WAKU Robotics GmbH, founded in 2019 and based in Berlin, Germany, specializes in providing digital solutions for selecting, planning, and procuring optimal robotic systems. The company offers a software solution known as WAKU Care, which facilitates maintenance and after-sales management for Automated Guided Vehicle (AGV) and Autonomous Mobile Robot (AMR) fleets. This platform supports international clients in managing maintenance, spare parts, repairs, and service coordination, thus enhancing operational efficiency. Additionally, WAKU Robotics features an online comparison site and a robot services designer within its automation platform, allowing businesses to independently evaluate various robotic options and extend their sales reach through an extensive business-to-business network.

Eyeware Tech SA, founded in 2016 and based in Martigny, Switzerland, specializes in developing advanced eye and head tracking software, known as GazeSense, which utilizes consumer cameras. This innovative technology is applicable across a variety of sectors, including social robotics, automotive, healthcare, gaming, and advertising. As a research spin-off from EPFL and the Idiap Research Institute, Eyeware focuses on creating platform-independent solutions that leverage proprietary computer vision algorithms and machine perception AI. These advancements enable cost-effective and reliable eye tracking without the need for specialized hardware. Eyeware's software allows devices to understand user attention and intention, facilitating more natural interactions between people and technology. The company’s offerings are designed to support a wide range of applications, positioning Eyeware as a key player in the integration of human perception technology into everyday consumer devices and services.

Reactive Robotics GmbH, founded in April 2015 and based in Gilching, Germany, specializes in the design, manufacture, and sale of rehabilitation robots aimed at early movement rehabilitation following neurological injuries and orthopedic surgeries. The company focuses on gait rehabilitation for neurological patients and assists orthopedic patients recovering from joint replacements. With a team that has over 12 years of experience in rehabilitation robotics, Reactive Robotics benefits from a robust clinical network and a group of advisors who provide guidance on engineering, legal matters, and medical device registration. Additionally, the company develops AI-driven robotic systems that support very early mobilization therapy, facilitating faster recovery for patients in intensive care units while alleviating the workload of nursing staff.

Synapticon GmbH specializes in advanced components and engineering services for cyber-physical systems, focusing on embedded computing products for applications in service robotics, industrial automation, and related fields. Founded in 2010 and based in Gruibingen, Germany, the company offers a range of products including distributed real-time control and data acquisition modules, mobile stream computing modules for compute-intensive applications, and tools for configuring Synapticon-based hardware systems. Additionally, Synapticon provides cloud services for maintenance and integration with web-based applications, as well as development services for robotics. The company's innovative approach integrates traditionally separate components—such as motors, drives, sensors, and gearboxes—into cohesive units, digitalizing performance and quality factors to enhance motion control systems. Synapticon's solutions cater to various industries, including home automation, smart grids, and the Internet of Things, making it a preferred partner for OEMs and professional users seeking to advance their technologies.

ADLATUS Robotics GmbH is a company based in Ulm, Germany, that specializes in the development and implementation of autonomous service and cleaning robots. These robots are designed for various applications, including use in supermarkets, airports, hospitals, and industrial logistics. By focusing on innovative robotic solutions, ADLATUS Robotics aims to enhance operational efficiency and improve service quality in diverse environments.

Reactive Robotics GmbH, founded in April 2015 and based in Gilching, Germany, specializes in the design, manufacture, and sale of rehabilitation robots aimed at early movement rehabilitation following neurological injuries and orthopedic surgeries. The company focuses on gait rehabilitation for neurological patients and assists orthopedic patients recovering from joint replacements. With a team that has over 12 years of experience in rehabilitation robotics, Reactive Robotics benefits from a robust clinical network and a group of advisors who provide guidance on engineering, legal matters, and medical device registration. Additionally, the company develops AI-driven robotic systems that support very early mobilization therapy, facilitating faster recovery for patients in intensive care units while alleviating the workload of nursing staff.

Cevotec GmbH, founded in 2015 and based in Munich, Germany, specializes in the design and automation of carbon fiber composites and reinforcements for various industries, including aerospace, medical devices, and sports. The company utilizes its Fiber Patch Placement technology to provide manufacturers with advanced solutions for high-volume production of complex composites. Cevotec's SAMBA systems enable fully automated fiber layup, which significantly enhances production efficiency and quality by allowing the creation of intricate 3D geometries and multi-material laminates. Their technology-specific CAD-CAM software, ARTIST STUDIO, facilitates the generation of patch-based fiber laminates and automates robot programming. By transitioning from manual layup to Cevotec's systems, clients can achieve substantial cost and time savings ranging from 20% to 60%. Additionally, Cevotec offers a comprehensive service portfolio that includes customizations tailored to specific applications and development support based on finite element analysis.

Pulsar Photonics GmbH specializes in the development, production, and sale of machines and integrated tools for material processing using short and ultrashort pulse lasers. Founded in 2013 as a spin-off from the Fraunhofer Institute for Laser Technology, the company offers lean laser machines for applications such as laser drilling, micro structuring, and precision cutting. Its modular systems are designed for beam shaping and deflection, enhanced with sensors to monitor processes and qualify machining results directly in the machine. The user interface and control are managed through intuitive software, facilitating automated configurations. In addition to system development, Pulsar Photonics provides prototype and batch production services, addressing various core processes. With a team of experienced experts, the company operates internationally, collaborating within a network of laser technology manufacturers and users across multiple sectors.

Revobotik specializes in the development of advanced robotic devices aimed at enhancing the efficiency of mass production processes. By utilizing a unique continuous drive system, the company significantly improves the performance of Delta robots, allowing for higher payload capacities and increased operational speeds. This innovative approach reduces the need for frequent acceleration and deceleration, making it possible to achieve up to 50% greater load handling compared to traditional pivoting systems. Revobotik's products are tailored to meet specific market demands, enabling small and medium-sized enterprises to optimize their machine layouts and foster innovation in their operations.

EnShape GmbH specializes in the development and distribution of three-dimensional (3D) sensors tailored for industrial applications, based in Jena, Germany. Founded in 2014, the company creates custom sensor solutions for optical 3D metrology, focusing on the precise measurement of surfaces and shapes. EnShape’s flagship product delivers high-density and accurate measurement data, suitable for various applications such as inline quality control, surface inspection, and robotics assistance systems. The sensors are designed to operate at a measurement and reconstruction rate of up to 30Hz, accommodating different field of views and working distances. In addition to its sensor products, EnShape provides after-sales support and engages in trials and feasibility studies to enhance its offerings. The company operates internationally and has been a subsidiary of Cognex Corporation since late 2016.

Automatic Logistic Solution GmbH, founded in 2013 and based in Grünwald, Germany, specializes in the development and manufacture of logistics equipment, particularly automatic package opening systems. The company produces various systems designed to enhance intralogistics operations, including automatic box opening systems, barcode scanners, volume measuring systems, defect detection tools, palletizers, and robotic solutions for withdrawal, tilting, and turning. These products aim to optimize processes related to goods handling, returns, and shipping, ultimately improving the efficiency of value chains across diverse industries.

Medineering is a medical technology company based in Munich, Germany, specializing in innovative robotic systems for minimally invasive head surgery. Founded in 2014, the company develops, patents, and sells a modular range of surgical manipulators that enable clinics and surgeons to customize the level of automation and functionality based on their specific surgical needs and budget constraints. Its product portfolio includes an intelligent positioning arm and compact, application-specific robots designed to assist surgeons in navigating complex anatomical regions. Medineering aims to enhance the potential of minimally invasive surgery through advanced robotic solutions that optimize surgical access and improve working conditions in the operating room.

Magazino GmbH, founded in 2014 and based in Munich, Germany, specializes in developing and manufacturing mobile robots for the storage and intralogistics sectors. The company offers advanced mobile pick-and-place robots designed for e-commerce warehouses, capable of identifying and localizing individual items using 2D and 3D cameras. These robots operate collaboratively as part of a swarm, utilizing the ACROS (Advanced Cooperative Robot Operating System) to receive and execute orders. Additionally, Magazino provides the App ARC (ACROS Robot Control) for monitoring robot fleets. Their technology aims to simplify and automate daily operations for mail-order companies, warehouses, production lines, and pharmacies, ultimately contributing to the evolution of robotics and the future of logistics.

p3d systems GmbH specializes in the development and distribution of systems designed for capturing three-dimensional environments. The company offers portable laser scanning systems that include terrestrial laser scanners and navigation units, enabling the acquisition of spatial data through mobile mapping and 3D scanning. Additionally, p3d systems has created a software platform that allows customers to operate their existing laser scanners in a kinematic mode, enhancing the versatility and functionality of these devices in capturing accurate 3D models of physical spaces.

Bionic Robotics GmbH, previously known as BioRob, specializes in developing lightweight construction robots aimed at enhancing automation technology for small and medium enterprises. The company's flagship product is the Biorob robotic arm, which features a safe and lightweight design that eliminates the need for specialized sensors or extra protective measures. This innovative approach allows Bionic Robotics to offer cost-effective and user-friendly automation solutions, making them accessible for a wider range of industries seeking to improve their operational efficiency through flexible automation.

Synapticon GmbH specializes in advanced components and engineering services for cyber-physical systems, focusing on embedded computing products for applications in service robotics, industrial automation, and related fields. Founded in 2010 and based in Gruibingen, Germany, the company offers a range of products including distributed real-time control and data acquisition modules, mobile stream computing modules for compute-intensive applications, and tools for configuring Synapticon-based hardware systems. Additionally, Synapticon provides cloud services for maintenance and integration with web-based applications, as well as development services for robotics. The company's innovative approach integrates traditionally separate components—such as motors, drives, sensors, and gearboxes—into cohesive units, digitalizing performance and quality factors to enhance motion control systems. Synapticon's solutions cater to various industries, including home automation, smart grids, and the Internet of Things, making it a preferred partner for OEMs and professional users seeking to advance their technologies.

m2p-labs GmbH, founded in 2005 as a spin-off from RWTH Aachen University, specializes in micro fermentation and automated bench-top cultivation systems for biochemical engineering. The company develops advanced microbioreactor systems, including the BioLector Pro, which features continuous control of pH and feeding, and the RoboLector, an automated platform that integrates high-throughput fermentation with precise liquid handling. These systems provide online monitoring capabilities for various parameters, enhancing the efficiency and quality of microbial experiments across different conditions, including aerobic and anaerobic environments. m2p-labs offers services such as system maintenance and calibration packages, supporting applications in synthetic biology, clone screening, media optimization, and bioprocess development. Headquartered in Baesweiler, Germany, with additional offices in New York and Shatin, m2p-labs operates as a subsidiary of Beckman Coulter, Inc.

m2p-labs GmbH, founded in 2005 as a spin-off from RWTH Aachen University, specializes in micro fermentation and automated bench-top cultivation systems for biochemical engineering. The company develops advanced microbioreactor systems, including the BioLector Pro, which features continuous control of pH and feeding, and the RoboLector, an automated platform that integrates high-throughput fermentation with precise liquid handling. These systems provide online monitoring capabilities for various parameters, enhancing the efficiency and quality of microbial experiments across different conditions, including aerobic and anaerobic environments. m2p-labs offers services such as system maintenance and calibration packages, supporting applications in synthetic biology, clone screening, media optimization, and bioprocess development. Headquartered in Baesweiler, Germany, with additional offices in New York and Shatin, m2p-labs operates as a subsidiary of Beckman Coulter, Inc.