Directory · CH
Robotics Engineering in Switzerland
A register of firms and the professionals working at them in the Robotics Engineering sector based in Switzerland. Browse the public index, then filter or export on Kipplo.
Companies
69 on file
Focus-Technology
Focus-Technology was founded as a result of research by one of its founders in optical technologies. Our mission is to improve existing optical magnifiers available in the market. These include surgical loupes and watchmaker magnifiers known as Micros. Our first product is Vultus, a variable magnification monocular for watchmaking and precision industries. For more info, Check-out our website. Don’t hesitate to reach out!
1 to 10 staff
Hexagon Robotics
Hexagon Robotics is shaping the future of autonomous robotics for real-world industrial applications. Our first humanoid product, AEON, combines precision measurement, multimodal sensor fusion, 3D spatial intelligence, high-performing actuators, and AI-based motion control to provide accurate, safe, and reliable solutions to our customers. Let’s get to work.
51 to 200 staff
Orbit
We are a dedicated team of 10 bachelor students developing our own humanoid robot for low- & zero-gravity deployment.
1 to 10 staff
Serenity Robotics
Serenity consists of ten highly motivated undergraduate students specializing in mechanical and electrical engineering. We are supported by Prof. Dr. Marco Hutter and experienced tutors from the Robotics Systems Lab. We want to continue the legacy of pioneering space projects such as Spacehopper and Spacebok which have been greatly supported by the Euorpean Space Agency (ESA). We want to develop a versatile platform for future extraterrestrial exploration on the moon. We envision an easily deployable robotic system capable of withstanding significant impacts and navigating challenging terrains. Our robot will be able to fall from great heights, making deployments cheaper and more successful. The robot adapts to various mission objectives, for example the exploration of lunar caves. These caves are believed to harbor valuable resources like ice and provide protection from radiation, dust, meteorites and temperature fluctuations. If we want to stay at the moon, we first must explore the lunar caves, which could be ideal for future human habitats.
1 to 10 staff
Bubble Robotics
Bubble designs and operates fleets of integrated autonomous surface–subsea robotic systems that remain at sea for up to six months, delivering continuous inspection, survey, and underwater monitoring without ever sending vessels or crews to sea. Our systems generate millimeter-resolution data, processed with AI to transform raw observations into actionable insights for infrastructure owners, operators, and public authorities. Compared to traditional offshore methods, Bubble delivers superior results at a fraction of the cost, with faster deployment and dramatically lower operational constraints. By making industry-grade underwater data persistent, affordable, and on-demand, Bubble enables safer infrastructure, healthier ecosystems, and more resilient coastlines across the systems that power and protect life on Earth.
11 to 50 staff
Flexion
We are building the autonomy stack for humanoid robots - from command to control, from manipulation to locomotion, across any hardware and task. Leveraging the power of simulation and reinforcement learning, our software scales to the real world with minimal human involvement.
11 to 50 staff
Flexion Robotics
We are building the autonomy stack for humanoid robots - from command to control, from manipulation to locomotion, across any hardware and task. Leveraging the power of simulation and reinforcement learning, our software scales to the real world with minimal human involvement.
11 to 50 staff
Multi-Scale Robotics Lab, Eth Zurich
Projects at the Multi-Scale Robotics Lab are highly integrated, multi-disciplinary collaborations that aim to push the boundaries of current knowledge and broaden the scope of micro and nanoscale engineering. Our research examines topical problems in such diverse fields as microrobotically assisted surgery, magnetic actuation and manipulation, micro and nanofabrication, low Reynolds number locomotion, wireless delivery of power, electrostimulation of biological materials and micro and nanostructure characterization.
11 to 50 staff
Nautica Technologies
Over 80% of world trade moves on vessels. At Nautica Technologies we are building the resilience layer for the world's fleet. Based in Zurich and backed by experienced VCs, we operate at the intersection of physical AI and data to solve critical challenges in the world's logistics backbone.
11 to 50 staff
Maus Robotics
Maus Robotics builds intelligent, human-centered robots that bring automation into everyday life. Rooted in Swiss precision and creative design, we pioneer fresh food automation, starting with robots that prepare crêpes in under two minutes.
1 to 10 staff
Monkee Ethz
Focus Project MONKEE at ETH Zurich
1 to 10 staff
Reefranger
Focus Project ReefRanger at ETH Zurich
1 to 10 staff
Rm Software Solutions Sagl
ROBOT + Paint Systems + Ultrasonic RM Software Solutins Sagl è un’azienda che si occupa della realizzazione e integrazione di sistemi Hardware e Software per il mondo dell’automazione industriale. Grazie all’esperienza ventennale nel mondo della programmazione industriale al costante impegno nella ricerca e nello studio delle varie tecnologie, RM Software Solutins Sagl è in grado di risolvere le problematiche relative al controllo e alla gestione di macchine e impianti industriali, utilizzando applicazioni sempre più evolute per soddisfare al meglio le esigenze del cliente. RM Software Solutins Sagl si rivolge a tutte quelle aziende che cercano una collaborazione seria e affidabile per lo studio e lo sviluppo dei loro progetti, la realizzazione di sistemi “chiavi in mano” per le loro automazioni.
1 to 10 staff
Swiss-Mile
Swiss-Mile, a deep tech spin-off from ETH Zurich, collects insights and eases labor by connecting AI with the physical world using autonomous machines. Mobile robots have vast potential, but many lack the ability to effectively navigate obstacles, move over large distances, and carry significant loads. Moreover, their reasoning capabilities often limit widespread adoption. Therefore, we introduce AI-driven wheeled-legged robots to bridge this gap. Our patented design combines the best of wheels and legs, allowing the transport of payloads and sensors across vast distances, even on challenging terrains. As AI advances in interpreting online content, we anticipate AI systems requiring versatile embodiments and real-world reasoning, exemplified by our robot and its autonomy in dynamic urban settings. Furthermore, we go beyond technology, integrating customer-centered services into our offerings.
1 to 10 staff
Xperbot
Where Intelligent Robotics Meets Strategic Implementation. Xperbot is a robotics specialist dedicated to accelerating automation adoption worldwide. We bridge the gap between innovation and implementation by connecting businesses with premier robotics manufacturers while providing comprehensive market-entry solutions - including regulatory compliance, certification, and localized support. Services Providing promising robotics manufacturers to the local clients. Research and development in robotic manufacturing and software. Full-service for localized robotics Market intelligence, Regulatory compliance, Global certification, Supply chain management, Post-implementation support. Consulting and Training education in AI & robotics. Empowering organizations with cross-industry partnerships through integrated ecosystem resources. Facilitating technology transfer and adaptation.
1 to 10 staff
Embodied Ai
Embodied AI is dedicated to giving AI a safe and human-friendly robot body, allowing AI algorithms to safely support humans.
1 to 10 staff
Msmd Robotics
Developing the next generation of autonomous robots, for humans. Increasing productivity at every step and off-loading workers from repetitive tasks.
1 to 10 staff
Polaris - Aris Focus Project
The aim of this project is to develop a modular, scalable, remotely observed swarm of underwater robots capable of performing real-time data collection and coordinated actions across a broad range of environments. Unlike fully autonomous systems, our robots will initially focus on proving practical feasibility within our limited timeframe and resources, while keeping open the possibility for future autonomous functionalities. This will involve building working prototypes and iterating on current research in underwater swarm communication and control.
1 to 10 staff
Ibass
Spinning off from the nuclear power plant sector, CEO Michael Strasser founded the Company in 1992. Today, IBASS [the engineering office for plant engineering, radiation protection and software development] offers an ever growing range of IN-PIPE ROBOTIC SYSTEMS for the inspection and processing of ferritic and austenitic pipes. We are proud to be the world leader in IN-PIPE penetration testing [PT] technology. Today, we can offer our global customers complete solutions for IN-PIPE grinding-polishing-cleaning and testing procedures of pipes and elbow segments. Remotely controlled, partially automated and in compliance with todays’ highest industry standards. IBASS systems and components meet the strictest industrial requirements and are certified for use in both the nuclear sector and by leading pipe manufacturers. At the heart of our company culture we value equality, respect, free thinking and continuous development.
11 to 50 staff
Computational Robotics Lab - Eth Zürich
We develop theoretical foundations to shape the way future generations of robots are made, how they operate in complex environments, and how they interact with us. In this quest, we define Computational Robotics as the fusion of simulation, algorithms and data. In brief, we formalize advanced simulation models to provide robots with an innate understanding of the laws of physics. Leveraging these models, we devise practical algorithms for motion planning, motion control and computational design problems. Whenever possible, we exploit data to efficiently learn solution spaces, to create faithful digital twins through real-to-sim methodologies, and to enable humans to teach robots new skills.
11 to 50 staff
Déploya
Déploya addresses high safety risks, long installation times, and frequent errors associated with conventional scaffolding systems that rely heavily on manual work. We developed a fast-deployable vertical grid used primarily for the installation of ventilated façades and cladding systems. The grid is based on origami folding and self-assembling principles, enabling rapid deployment and incorporating integrated rails for mobile robotic tools. This allows the automation of key façade tasks such as marking, drilling, and potentially full panel assembly.
1 to 10 staff
