Bayern Kapital

Akhetonics is a Germany-based startup founded in 2021 that specializes in developing all-optical general-purpose processors for ultra-low power and high-performance computing. The company leverages its in-house photonic design automation tools and innovative all-optical logic to create the first digital computation devices that utilize light instead of electrons. This approach aims to significantly enhance processing capabilities by enabling extreme parallelization, improved energy efficiency, and reduced latency. Akhetonics' designs are characterized by their simplicity and compatibility with established, less wasteful manufacturing technologies, which help address challenges in scalability and electromagnetic interference. Through its pioneering efforts, Akhetonics seeks to revolutionize the landscape of computing technologies.

Blickfeld is a Munich-based company that specializes in producing LiDAR sensors and detection software for autonomous mobility and Internet of Things (IoT) applications. Founded in 2017, Blickfeld's technology utilizes patented silicon MEMS mirrors along with commercial off-the-shelf components to create cost-effective laser range scanners. These sensors are designed to measure direct distance information in three dimensions, enabling high-definition geometric mapping and object detection. Blickfeld's innovative approach allows for the mass production of low-cost LiDAR systems that meet stringent automotive performance standards, making advanced technology accessible for the autonomous driving market.

Blickfeld is a Munich-based company that specializes in producing LiDAR sensors and detection software for autonomous mobility and Internet of Things (IoT) applications. Founded in 2017, Blickfeld's technology utilizes patented silicon MEMS mirrors along with commercial off-the-shelf components to create cost-effective laser range scanners. These sensors are designed to measure direct distance information in three dimensions, enabling high-definition geometric mapping and object detection. Blickfeld's innovative approach allows for the mass production of low-cost LiDAR systems that meet stringent automotive performance standards, making advanced technology accessible for the autonomous driving market.

GME German Medical Engineering GmbH, established in 2011 and headquartered in Erlangen, Germany, specializes in the development and marketing of advanced laser and light systems for dermatological applications. The company’s flagship product, the Linscan 808, is a versatile diode laser designed for permanent hair removal, skin tightening, and the treatment of skin conditions such as psoriasis and vitiligo. GME's systems are notable for their ease of use, featuring Plug & Play installation, intelligent software, and WiFi update capabilities. Their compact design facilitates transport, making them suitable for various clinical environments. All products are developed and manufactured in Germany, adhering to stringent medical device approval standards. GME markets its products globally through a network of partner companies, providing innovative solutions to dermatologists in both aesthetic and medical fields.

GME German Medical Engineering GmbH, established in 2011 and headquartered in Erlangen, Germany, specializes in the development and marketing of advanced laser and light systems for dermatological applications. The company’s flagship product, the Linscan 808, is a versatile diode laser designed for permanent hair removal, skin tightening, and the treatment of skin conditions such as psoriasis and vitiligo. GME's systems are notable for their ease of use, featuring Plug & Play installation, intelligent software, and WiFi update capabilities. Their compact design facilitates transport, making them suitable for various clinical environments. All products are developed and manufactured in Germany, adhering to stringent medical device approval standards. GME markets its products globally through a network of partner companies, providing innovative solutions to dermatologists in both aesthetic and medical fields.