Exhibitors

The RAI Institute is a research organization that aims to solve the most important and fundamental problems in AI and robotics. With offices in Cambridge, Massachusetts and Zurich, the Institute unites top talent in robotics, perception, AI, machine learning, computer science and machine design to develop future generations of intelligent machines. The Institute focuses on four essentials of robot functionality: mobility, perception, dexterity and intelligence, as well as the ethics of robots in the workplace and our lives. Led by Marc Raibert, founder of Boston Dynamics, the RAI Institute develops technology that will make future generations of robots smarter, easier to use, contribute to human productivity, and help us live happier lives. 

Hexagon is a global leader in measurement technologies, positioning solutions, and reality capture – all powered by AI. We have pioneered several automation waves across many industrial sectors, and we are now leveraging our decade-long expertise and experience to build a tested humanoid: AEON.

The Greater Zurich Area is where world-class technology meets Swiss reliability. As the global leader in innovation and talent attraction, paired with Switzerland's business-friendly, stable, and reliable environment, the region offers international companies real added value and peace of mind for their strategic expansion in Europe.

Together with partners from the city administration, academia and the private sector, we develop policies, strategies and concepts for the City Council to support the socially and economically sustainable development of Zurich.

We promote an open and internationally connected city, fostering mutually beneficial relationships with other cities, countries and organisations.

We encourage residents and businesses to participate in shaping the city's future and communicate proactively and transparently about current urban development issues.

We strengthen the Zurich brand.

Alltron Invests in the Physical AI 
Alltron is one of the first major Swiss providers to enter the Physical AI sector and offers a wide range of products for retail and business customers. “Physical AI brings artificial intelligence out of the chat window and into the real world, turning robots into active problem solvers.” A highlight of the initial portfolio is a selection of products from the Chinese manufacturer AGIBOT, one of the global market leaders in the field of humanoid robots.

Pack, pick, greet, assist—at our booth, you’ll see two AgiBot robots that take routine tasks off your hands. The G2 (G2 Robot Packaging Solution) is the robotic solution for packaging, handling, and automation processes. The bundle—consisting of the Body, VR, Handle, OmniPicker, and Air Case—offers flexible deployment and lightens your team’s workload wherever manual processes are repetitive or physically demanding—in logistics, production, and packaging. The humanoid AgiBot A3 Ultra, on the other hand, is designed for service, interaction, and automation: It greets, informs, and guides customers, patients, visitors, and employees; handles routine tasks; reduces wait times; and, as a bonus, creates a modern, innovative image. This frees up your team’s time for more challenging tasks. We showcase both robots live in regular demos—see for yourself and stop by!

For cost reasons, finding automated solutions has long since become a priority for manufacturing companies in Switzerland. Robotics and Factory Automation is thus highly relevant to the entire industry. The Robotics and Factory Automation Industry sector brings together companies covering the full spectrum of industrial automation solutions. Their products are helping to maintain the global competitiveness of Swiss industrial companies.

Asyril – Experts in Flexible Feeding Solutions

Asyril is a Swiss technology company specializing in innovative flexible feeding solutions for industrial automation and robotics. Combining patented 3-axis vibration technology, machine vision and AI-powered smart control, our solutions enable robots to efficiently identify, orient and pick components of virtually any shape or size.

Our Asycube flexible feeders, Asyfill smart hoppers and EYE+ vision system help manufacturers increase productivity, simplify automation and adapt quickly to changing production needs.

Swiss innovation. Maximum flexibility. Smarter automation.

Discover how easy flexible feeding can be with Asyril!

Join us for a live demonstration of our Asycube flexible feeder and EYE+ smart control system. See how quickly and intuitively EYE+ can be configured to identify, orient and feed a wide variety of parts for robotic pick-and-place applications.

Bring your own parts and put our solution to the test! Our team will demonstrate the flexibility, simplicity and power of Asyril's technology using your real components.No complex programming, just smart, flexible automation in action!

CSEM is a
non-profit-oriented public-private Swiss technology innovation center renowned
for developing advanced technologies with profound societal impact. Our mission
is to transfer these innovations to industries, strengthening the economy. Our
agile Industry 4.0 solutions enhance industrial inspections, enable predictive
analytics, and optimize processes, driving industrial transformation.
Leveraging advanced technologies and data-science, we empower robust
architectures for complex tasks and applications. With quality process control
and predictive maintenance, we boost efficiency, minimize downtime, and
optimize product quality. Integrating robots and real-time control, we
streamline operations and foster seamless collaboration. By embracing the
future of Industry 4.0 with CSEM you can unlock your operational potential by
harnessing the power of transformative technologies. www.csem.ch

Vision-guided interaction in a bin-picking application 
This demo showcases an end-to-end perception and object grasping pipeline on the Stretch 3 mobile manipulator. Given an open-vocabulary target such as a red emergency-stop button, the system detects and segments the target in the head-camera image, verifies its identity, transfers it to the wrist camera using feature matching, tracks it during the approach, and performs closed-loop visual servoing with the mobile base and arm in order to grasp the object. 

Quadrupedal Autonomous Mobile Robots for inspection and surveillance task in challenging terrainProof-of-concept autonomous robot for exploring how mobile inspection can be performed in complex industrial environments.Its four-legged mobile platform carries a dedicated CSEM sensor and computing “backpack” that provides the perception and data-processing capabilities. The modular architecture separates mobility from sensing and allows the payload to be adapted to different inspection tasks. The project demonstrates how robotic systems can collect observations, identify relevant situations, and turn them into information for an operator. As a technology demonstrator, it provides a tangible platform for discussing autonomous inspection, on-site data processing, and future industrial applications.

Compliant Mechanism with Soft ActuatorsCompliant 1-DoF mechanism demonstrator featuring electroactive polymer (EAP) actuators.Flexure mechanism design including stiffness reduction solution for EAP compatibility.Space characterisation of actuator and open-loop mechanism.On-going work for 2-DoF mechanism and closed-loop position control.
EROSS-IOD CLIC LAR GRIPPER
CLIC (Clamp LAR Interface Concept) is developed by CSEM and Almatech, part of the EROSS-SC European projectDemonstrator for unprepared/non-cooperative rendezvousGripper design compatible with a wide range of LAR (Launch Adapter Ring)

The Swiss Robotics Association connects robotics research, industry and talent across Switzerland. It builds on the legacy of NCCR Robotics and the Robotics Innovation Booster powered by Innosuisse, and since 2024 has supported innovation, education and collaboration across the whole Swiss robotics ecosystem.

Come by the SRA booth to talk about membership, the Robotics Ecosystem Map, the Swiss robotics job board and upcoming events.

We build your custom drive system.

DC and BLDC motors, gearheads, sensors,
control electronics, mechatronic drive systems and more. Everything from a
single source. All to the highest standards of quality. From individual prototypes to
large-scale production.

6 axis robot demonstrator, featuring maxon robot joints based on EC frameless DT 50 motors with encoder, gearhead, brake and EPOS4 positioning controller, contolled by master controller MasterMACS.

Swisscom Ventures advises investment funds for Swisscom and institutional investors. These funds invest in minority stakes in Swiss and international start-ups. Since 2007, Swisscom Ventures has invested in over 80 start-up companies and has managed to sell almost 40 investments at a profit after an average of six years. The investment team works closely with its Swisscom colleagues in the various divisions, relying on Swisscom’s market-leading expertise in digital transformation.

Huawei is a leading global provider of information and communications technology (ICT) infrastructure and smart devices. With integrated solutions across four key domains – telecom networks, IT, smart devices, and cloud services – we are committed to bringing digital to every person, home and organization for a fully connected, intelligent world. Huawei's end-to-end portfolio of products, solutions and services are both competitive and secure. Through open collaboration with ecosystem partners, we create lasting value for our customers, working to empower people, enrich home life, and inspire innovation in organizations of all shapes and sizes. At Huawei, innovation focuses on customer needs. We invest heavily in basic research, concentrating on technological breakthroughs that drive the world forward. We have more than 207,000 employees, and we operate in more than 170 countries and regions. Founded in 1987, Huawei is a private company fully owned by its employees. House Rules This page is for ICT professionals with an interest in Huawei and our industry to engage in open discussions. To facilitate dialogue, please follow these rules: - Huawei holds the right to delete comments that are offensive, misleading, false, unlawful, off-topic and in violation of any regulations. - Repeated violations of any of the above will be removed and users may be blocked. - Huawei does not necessarily endorse the information shared by members. - Please be familiar with and follow LinkedIn's User Agreement. - By publicly uploading a photograph or comment, you give Huawei permission to feature your content. This will always be credited.

RIVR, an Amazon company, is building Physical AI by deploying autonomous robots for real-world doorstep delivery. Operating daily in diverse urban environments, RIVR's robots continuously learn from and navigate the millions of scenarios encountered during deliveries. By owning the full stack from software to hardware, RIVR is purpose-built for safety, reliability, and the customer from day one.

The Operating Room X (OR-X) is an open-access center for surgical research and training, providing a highly realistic environment in which new technologies and procedures can be developed, tested, and validated under clinically relevant conditions. As a lighthouse for surgical innovation and part of the SERI Roadmap of Research Infrastructures, the OR-X helps bridge the gap between technological development and clinical application.

Its 1,185 m² facility combines a fully equipped operating room with a dedicated skills lab, creating flexible and reproducible conditions for research across all surgical disciplines. This infrastructure allows technologies such as surgical robotics, navigation, imaging, AI, tracking, and data-driven solutions to be integrated directly into realistic surgical workflows and evaluated in a controlled setting.

By bringing clinical expertise, engineering, and research together in one shared environment, the OR-X enables close collaboration between medical professionals, researchers, technology developers, and industry partners. In doing so, it supports the development and translation of new solutions that can help shape the future of surgery. Learn more by watching our video here.

• Compliant endoscope and cannula manipulator for uniportal surgery

Uniportal endoscopic spine surgery is ergonomically demanding: the surgeon controls both endoscope and cannula through a single corridor with one hand, adjusting the view while actively manipulating tissue. Existing robotic systems are built for multiport soft-tissue procedures and do not address the constraints of uniportal interventions or active cannula manipulation. This work presents a robotic holder designed for uniportal interventions that can operate autonomously or in collaboration with surgeons or possibly external robotic systems (co-robotics). It addresses both the ergonomic limitations of hand-held instruments and the lack of cannula manipulation in existing robotic systems.

• Visuo-haptic Digital Twin Of Real Surgeries For Training

In this project we create an immersive visuo-haptic environment for surgical training. The operating room and patient are dynamically reconstructed in 3D and presented in Virtual- or Augmented Reality, providing the trainee a learning environment from real data. The trainee can train the presented surgery step, while receiving haptic feedback, as well as qualitative and quantitative feedback on their performance. Watch the demo video here.

Sonceboz is your trusted mechatronic partner for robotics, delivering innovative actuation and motion control solutions that enable the next generation of dexterous machines. With almost a century of industrial expertise and millions of products deployed worldwide, Sonceboz combines large-scale manufacturing excellence with proven strengths in engineering, reliability, and durability for the most demanding robotics applications.

Raven Intelligent Systems is an EPFL spin-off building autonomous robotic site intelligence for complex and high-risk environments. Our platform combines drones, docking systems and fixed cameras to continuously inspect sites, navigate indoors and outdoors including GNSS-degraded areas, build 3D situational awareness, and verify critical conditions with traceable visual evidence.

Skydio is the leading U.S. drone manufacturer and world leader in autonomous flight, leveraging breakthrough AI to create the world's most intelligent flying machines for use by public safety, government, utility, and enterprise customers. Skydio is headquartered in San Mateo, Calif. Founded in 2014, Skydio is trusted by industry leaders and backed by top investors and strategic partners including Andreessen Horowitz, Levitate Capital, Next47, IVP, Playground, and NVIDIA. Since 2025, Skydio has an R&D office in Zùrich.

MathWorks is the leading developer of mathematical computing software for designing engineered systems. MATLAB, the language of engineers and scientists, is a programming and numeric computation environment for algorithm development, data analysis, and visualization. Simulink is a block diagram environment for simulation and Model-Based Design of multidomain and embedded systems. MATLAB and Simulink provide a unified computing platform that empowers engineering teams to model, simulate, and deploy complex engineered systems spanning industries such as automotive, aerospace, energy, and medical devices. MATLAB and Simulink are fundamental teaching and research tools at the world's top universities and learning institutions. Founded in 1984, MathWorks employs more than 6,500 people in 34 offices globally, with headquarters in Natick, Massachusetts, USA. For additional information, visit www.mathworks.com.

Discover how hardware-in-the-loop
(HIL) simulation enables engineers to test flight controllers before takeoff.
This demo shows the development of a quadcopter controller in Simulink,
including the deployment to a PX4 Autopilot and testing it against a virtual
quadcopter plant running in real time on a Speedgoat
system.

We develop robots inspired by
biological systems. By integrating soft, rigid, and living materials, our
research focuses on creating adaptive, intelligent machines capable of complex
interactions with their environments. We propose musculoskeletal and bio-hybrid robots that push the boundaries of what
robotics can achieve in terms of dexterity, flexibility, and real-world
applications.

Demo 1: At the Soft Robotics Lab, we design and test soft robots in simulation before they are ever built. At our interactive station, visitors can deform, actuate and play with simulated soft robots in real time and watch how the material responds. Alongside it, we show pre-rendered simulations from our research: soft robotic arms learning manipulation tasks, trained entirely in simulation.

Demo 2: Our robotic hand holds a cube palm-down and rotates it in mid-air without dropping it. The hand runs fully autonomously, using a policy trained with our SERNF algorithm: it learns first in simulation and is then fine-tuned in the real world.

Demo 3: Like Thing from the Addams Family, our robotic hand walks around all by itself. It learns to walk in a simulator calibrated against measurements of the physical hand, before taking its first steps in the real world.

The Bio-Inspired RObots for MEDicine Laboratory (BIROMED-Lab) develops bio-inspired robotic and mechatronic systems tailored for medical applications from idea to functional prototypes for fast translation.
Our portfolio spans mechatronics, mechanical design, micromachining, robotics, control engineering, human-machine interaction, and real-time data processing.

Flybotix is a Swiss company specializing in drone & software based solutions for visual inspection and digitization of industrial confined spaces. Founded in 2019, it offers a fully integrated system combining a collision-tolerant drone for GPS-denied, hard-to-reach environments (e.g. sewers, nuclear power plants, oil tanks and penstocks) with analysis and collaborative software for any visual inspection, both indoor and outdoor.

FRAMOS is the leading camera module design and manufacturing expert.
Founded in Munich, Germany over 40 years ago, FRAMOS has empowered companies worldwide to make drones fly safely, enable robots to see and think, make diagnostics faster and more affordable, boost athletic performance with AI, and countless other innovations.

FRAMOS stands for best-in-class image quality, an open-source approach, and fast, easy integration – helping customers launch products quicker and stay ahead of the competition.
With strong expertise in electronics design, optics and optical assembly, camera calibration, image tuning, and software integration, FRAMOS provides off-the-shelf camera modules and customized embedded vision solutions. At our technology campus strategically located in Europe, we combine R&D and manufacturing services under one roof and provide scalable manufacturing capacities up to millions of pieces.

NOKOV Motion Capture
Empowering 1,500+ Robotics Labs | Supporting 1000+ Publications

NOKOV delivers high-accuracy 6DoF optical mocap systems, enabling multi-agent
systems, manipulation, exoskeletons and embodied intelligence. Trusted by Stanford,
Oxford, UPenn, TUM, IlT, Tokyo and more for robotics R&D.
Trusted and Complete Solutions | Worldwide Support.

This live demo showcases NOKOV's motion capture system in a humanoid robot retargeting scenario. A human operator's full-body motion is captured in real time and streamed into MuJoCo, where the movements are retargeted onto a humanoid robot — driving the robot to mirror the operator's actions with minimal latency.

OST – Eastern Switzerland University of Applied Sciences combines practice-oriented education with applied research, development and knowledge transfer. In close collaboration with industry and research partners, OST develops practical solutions to real-world economic and societal challenges.
OST ROBOTICS brings together interdisciplinary expertise and advanced infrastructure in robotics and AI. Focusing on autonomous systems, smart manufacturing, collaborative robotics and life sciences, it supports partners from initial consultation and project definition through implementation, validation and technology transfer to bring innovations into practice. Bachelor’s, Master’s and continuing education programmes prepare future engineers for careers in robotics and AI through hands-on projects and close industry engagement.

Experience applied robotics and AI through a selection of demonstrators developed at OST. From intelligent perception and automation to collaborative and autonomous systems, the booth offers insights into advanced technologies and their practical applications. Meet our experts, exchange ideas and explore opportunities for collaboration, student projects and applied research.

Innosuisse is the Swiss Innovation Promotion Agency. Its role is to support SMEs, start-ups, research institutions and other Swiss organisations in their research and development activities. Innosuisse is your springboard for national or international innovation. We facilitate collaboration and knowledge transfer to develop promising new products and services.The Innosuisse Guide helps you find the right support offer in just a few steps (www.innosuisse.guide).

We develop and manufacture cm-precise RTK receivers, LiDAR scanners with real-time data processing, and payloads for autonomous inspection robots.

Manifold Tech develops and integrats spatial intelligence solutions for robotics spatial sensing, 3D data processing, and deployment. MindPalace scanners capture real-world spaces, MindCloud processes and manages 3D data, and Odin gives robots the perception, localization, spatial memory, and navigation capabilities required for real-world deployment.

The Robotic Systems Lab investigates the development of machines and their intelligence to operate in rough and challenging environments. With a large focus on robots with arms and legs, our research includes novel actuation methods for advanced dynamic interaction, innovative designs for increased system mobility and versatility, new control and learning algorithms for locomotion and manipulation, and robot perception for autonomous navigation. In search of clever solutions, we take inspiration from humans and animals with the goal of improving the skills and autonomy of complex robotic systems to make them applicable in various real-world scenarios.

Unitree Robotics is a world-renowned civilian robotics company, which is focusing on the R&D, production, and sales of consumer and industry-class high-performance general-purpose legged and humanoid robots, six-axis manipulators, and so on.Unitree Robotics has been invited to attend the 2021 CCTV Spring Festival Gala, the opening ceremony of Winter Games 2022, the 2023 Super Bowl, The 19th Asian Games and The 4th Asian Para Games, and the 2025 Year of the Snake CCTV Spring Festival Gala, and has been interviewed and reported by CCTV and other well-known media for many times.Unitree Robotics is the world‘s first company to start public retail of high-performance quadruped robots, and the first to achieve industry landing, with global sales leading over the years. Unitree has excellent leadership in core robot parts, motion control, robot sensing and other comprehensive fields. Unitree attaches great importance to independent research and development and technological innovation, fully self-researching key core robot components such as motors, reducers, controllers, LIDAR and high-performance perception and motion control algorithms, integrating the entire robotics industry chain, and reaching global technological leadership in the field of quadruped robots. At present, more than 200 domestic and foreign patent applications have been submitted, including more than 180 authorized patents.

Unitree Robotics will soon showcase humanoid robots and quadruped robots at the exhibition, featuring exciting performances such as Chinese martial arts and dance—stay tuned!

Agile Robots is a leading provider of AI-powered robotics solutions. By combining artificial intelligence and robotics, the company makes industries smarter, more flexible, and more efficient.  Founded in Munich in 2018 by renowned robotics researchers from the German Aerospace Center (DLR), Agile Robots has experienced rapid global growth. Today, more than 3,500 highly skilled robotics and AI enthusiasts are employed worldwide. The company has one of the largest research and development teams in the AI and robotics industry.  Agile Robots has built a unique portfolio, together with the subsidiaries BÄR Automation, Franka Robotics, idealworks, and Krause Automation, the company covers all areas of AI-driven robotics. 

Disney Research Imagineering in Zurich is a specialized group within the R&D arm of Imagineering, pushing the boundaries of expressive, believable robotic characters. A small, cross-disciplinary team develops complete robots in-house—hardware, software, and controls—combining simulation, reinforcement learning, and foundation models with artistic interfaces to bring characters like BDX and Olaf to life as authentically as possible. The group's work spans early-stage research, leading to tech demos, patents, and scientific publications, through to hardened prototypes deployed at Disney sites worldwide.

Gravis Robotics brings AI to heavy construction equipment — delivering safer, smarter, more productive earthmoving across diverse brands and jobs. Acting as an operating system for mixed fleets, the Gravis Rack works on excavators and wheel loaders from a wide range of manufacturers. Gravis' learning-based software adapts to each machine without custom reprogramming, delivering up to 30% higher productivity than peak manual operation. Crews choose their level of autonomy, from in-cab guidance with Gravis Copilot to supervising entire robotic fleets from a safe distance, while every machine continuously surveys and maps hazards on site. Gravis Robotics was founded in 2022 as an ETH Zurich spin-off, and is currently deployed across four continents. 
Gravis Robotics won gold at the Construction Startup Competition Pitch Day at Trimble Dimensions 2025 and the CONEXPO-CON/AGG 2026 Contractors’ Choice Award for Best Technology.

Gravis Robotics transforms heavy excavators into autonomous site teammates, putting autonomy to work directly in the dirt. From real-time 3D terrain mapping to autonomous digging and truck loading, our software executes site plans independently—minimizing cycle times, maximizing daily throughput, and delivering up to 30% higher jobsite productivity.

Lucerne University of Applied Sciences and Arts (HSLU)
Lucerne University of Applied Sciences and Arts (HSLU) combines education, applied research and close industry collaboration to develop innovative solutions for real-world challenges.
At the Lucerne School of Engineering and Architecture, interdisciplinary teams turn research into practical robotic solutions. Our expertise spans mobile robotics, assistive robotics and mobile manipulation, with applications in agriculture, construction and health care. In industrial robotics, we focus on automation, manufacturing and food processing.
With strong industry connections and in-house facilities for rapid prototyping, including 3D printing, electronics and mechanical workshops, we support projects from initial research and prototype development to certification and industrialisation.
We welcome companies and research partners interested in joint R&D projects, feasibility studies, student projects and new applications of robotics. Let's explore opportunities for collaboration!

The Helbling Group is a leader in technological innovation, engineering and business consulting and supports its international clients from various industries in all phases of product development and in their business processes. Helbling Technik is a company of the Helbling Group. With its vision "Innovation, together we do it", Helbling Technik positions itself as a long-term partner in the client's innovation network. Supported by more than 40 high-performance development teams and based on professional methods, modern engineering tools and well-equipped laboratories, over 600 engineers, physicists and other specialists at Helbling Technik generate innovative ideas, integrate state-of-the-art technologies and develop successful products. Helbling Technik has a decentralized presence at eight locations in Switzerland, Germany, Poland, the USA and China, with a defined service focus at each location.

Hesai - Company Description
Hesai Group is a global leader in 3D lidar perception technology and a key enabler of Physical AI. Founded in 2014, Hesai designs and manufactures high-performance lidar sensors that enable robots, autonomous systems, and intelligent machines to perceive, understand, and interact with the physical world in 3D.
Hesai’s sensors power a wide range of robotic applications, from humanoid and agricultural robots to delivery vehicles, mobile platforms, and industrial automation. Trusted by leading technology and robotics companies including Unitree, Meituan, Honor, Segway, Galbot, and Zelos, Hesai technology is deployed by customers in more than 40 countries.
As AI increasingly moves from the digital world into physical environments, Hesai is building the infrastructure that enables machines to digitize the real world, understand their surroundings, and act within them.

In the D'Andrea research group at ETH Zurich’s Institute for Dynamic Systems and Control, our projects typically begin with a complex control challenge rather than a predetermined application. This approach has driven us to develop innovative robots across land, air, and water. We are excited to showcase two of these creations at this year’s Swiss Robotics Day. The first is CyberRunner, a robot that taught itself to master the classic labyrinth marble game and now outpaces the world's best human players. Stop by our booth to challenge it yourself! We are also presenting The Way of Water, a synchronized fleet of autonomous boats that perform intricate light and fountain choreographies to music, flawlessly maintaining their formation on open water despite wind and waves.

Flink Robotics: superhuman physical work. We build a physics-based world model that lets machines reason and act autonomously, doing physical work beyond human limits. Flinkbot installs with no infrastructure changes and starts working within minutes, and live deployments across Europe have already proven our market fit.One team, spanning hardware, software and deployment, builds what traditional automation can't: a system for material handling, powered by a proprietary vision and motion stack that adapts to any item, regardless of shape, size or packaging.Swiss-engineered in Zurich, ready to deploy anywhere.

ABB Robotics is one of the world’s leading robotics suppliers, offering a comprehensive and integrated portfolio that includes industrial and collaborative robots, autonomous mobile robots (AMRs), controllers, application solutions, services, and equipment. Powered by our intelligent software, our technologies help businesses across industries from automotive to electronics and logistics to become more resilient, flexible, and efficient.

PoWa
combines the compact, lightweight design of a cobot with exceptional speed,
enabling manufacturers to automate demanding and productivity-driven industrial
applications including machine tending, material handling, palletizing, welding
and screwdriving. A name that symbolizes powerful performance, PoWa brings
industrial grade performance to collaborative automation without compromising
on safety or ease of use. With speeds exceeding 5m/s with rated payload,
PoWa sets a new benchmark for high-speed collaborative robots. Built
for fast deployment, PoWa can be up and running in as little as 60
minutes, supported by no code programming and plug and play setup. Its
fenceless operation and collaborative safety features allow PoWa to work
efficiently alongside people in space constrained or brownfield
environments. The
PoWa portfolio spans payloads from 7 kg up to 30 kg, offering a scalable
solution for a wide range of industrial applications all within one powerful
cobot family.     

The Laboratory of Sustainability Robotics at Empa and EPFL focuses on pioneering novel robotics and AI solutions to address the United Nations Sustainable Development Goals. The laboratory’s working principle is to co-evolve functional materials, robot controllers, and hardware to build bio-inspired, life-like robotic systems. This approach creates robots with higher operational resilience, robustness, and adaptability to real-world outdoor environments to perform environmental sensing and infrastructure maintenance tasks. Combining robotics, materials science, and environmental engineering, LSR explores concepts such as Aerial Additive Manufacturing, bio-inspired repair drones, immune intelligence for infrastructure, and field robotics for sustainability research. Through interdisciplinary collaborations, the lab aims to create technologies that enable self-maintaining, adaptive, and circular systems; bridging robotics and sustainability to address global challenges in environmental monitoring, construction, energy, and climate resilience.

 Exhibition: 

At our booth, you will see novel soft and biodegradable robots for environmental monitoring and Aerial Additive manufacturing.

We make robots do the work.

We are pushing beyond pure vision and language-based approaches to solve dexterity through whole-body force-awareness.

We rethink the entire robotic tech stack from model architectures and data pipelines, to the actuators and sensors that feed the model.

CRATER is ETH Zürich's first Space Robotics Association, founded in autumn 2025. Bringing together students from diverse discpilines, the team developed a rover and drone for planetary missions, tackling challenges such as autonomous navigation, robotic manipulation, and sample retrieval. At the European Rover Challenge 2026, CRATER placed 12th overall among 25 finalists and won first place in autonomous navigation. Looking ahead, the competition team aims to reach the podium at ERC 2027, while a new project will focus on developing robotic systems for lunar applicaitons, with the goal of testing a prototype under Moon-like conditions at an ESA test facility.

Explore the future of robotic space exploration at ETH Zürich. Meet our rover and drone systems as we demonstrate how robots can perceive their surroundings, navigate autonomously, and work together to explore challenging environments from Earth to space. Get an up-close look at the technologies behind our systems, from robotics and perception to autonomous navigation and aerial-ground collaboration. Join us to experience how the next generation of engineers is pushing the boundaries of mobile space robotics!

NOCTUA is an ETH Zurich project developing long-endurance, near-silent fixed-wing UAVs powered by hydrogen fuel cells. With up to 10 hours of flight time, onboard AI and a modular payload architecture, NOCTUA enables persistent aerial monitoring for applications such as environmental observation, search and rescue, infrastructure inspection and security.

Founded 2024 in Zurich, Duatic is pioneering human-scale robotics. Our cutting-edge actuators and lightweight robotic arm combine superior power, compact design, and advanced sensing to outperform conventional solutions.
Developed from ETH Zurich research, our technology bridges the gap between cutting-edge science and real-world robotics. By merging state-of-the-art AI with high-performance hardware, we redefine automation and human-robot collaboration.

The manipulation of KLT boxes (or Euroboxes) is key for successful automation in logistics centres. With a maximum payload of 25kg, our Humanoid (DXTR) is able to separate any heavy KLT box from its stack, lift it out and safely transport it to its destination.

FAULHABER is a specialist in high-precision miniature and micro drive systems, supplying motors and complete motion solutions for demanding applications where performance, size and weight are critical. Its portfolio includes DC, brushless DC, linear and stepper motors, together with precision gearheads, encoders, linear components and drive electronics. The company develops both standard and customized systems for fields such as robotics and automation, medical technology, aerospace, science and industrial equipment. Headquartered in Germany, the independent group has development and production locations in several countries, including Switzerland. FAULHABER’s focus is on compact, efficient motion technology engineered for precise and reliable operation.

The Computational Robotics Lab (CRL) develops 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, CRL 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.

Qualisys offers real-time, high-precision tracking solutions that align global and local position and orientation data to support responsive interaction, obstacle avoidance, and target localization across varied environments.Engineering teams Qualisys motion capture systems it as ground truth, recording alongside a robot's own SLAM, VIO, LiDAR, UWB, odometry and IMU outputs to calculate absolute position, heading, drift and trajectory error, and as live external localization, streaming real-time 6DOF into a drone, an AMR or a research robot. Our indoor, outdoor, and underwater systems offer exceptional accuracy, low latency, and native ROS support.

We are bringing recorded capture sessions from real robotics and UAV work, played back live in QTM, alongside the system layouts behind them.View at the 6DOF position and orientation data from drone flight, ground robot navigation, multi-agent work and manipulation, in the software you would use to record it. Within each data file it presents information on the setup that performed the capture: camera count, camera placement, marker configuration, and the capture volume it covers. Explore how a Qualisys motion capture system would look like in your space, and preview some comparable projects have been pursued using our systems.

ASENSING specializes in Positioning, Navigation, and Timing (PNT) technologies. Guided by its mission to "accelerate physical AI through accuracy-first space-time intelligence infrastructure," the company delivers high-precision positioning and attitude sensor solutions for intelligent machines.ASENSING builds the "vestibular system" for intelligent machines through full-stack solutions spanning inertial chips, advanced modules, and integrated systems. These capabilities enable machines to perceive position and attitude accurately, facilitating seamless interaction with the physical world.Leveraging comprehensive in-house capabilities — from core MEMS chips, algorithms, and software to precision engineering and smart manufacturing — ASENSING serves key industries including automotive, robotics, industrial machinery, and renewable energy systems.Founded in 2014 in Guangzhou, ASENSING has its global headquarters in Hong Kong, along with global teams in Germany, Japan, and the US.

AI-based visual inspection, calibrated for your production. Standard quality control systems often fail when the challenge is unique. Kadavision is a custom-built solution that detects errors and anomalies in real time, tailored to your environment.

AI-based visual inspection, calibrated for your production.

Standard quality control systems often fail when the challenge is unique. Kadavision is a custom-built solution that detects errors and anomalies in real time, tailored to your environment.

Arena by PTC helps robotics companies transform
innovative ideas into market-ready products faster. Our cloud-native Product
Lifecycle Management (PLM) platform connects engineering, operations, quality,
suppliers, and manufacturing partners in a single system. As robotics products
become more complex, Arena enables start-ups to manage product data, control
changes, collaborate with global supply chains, and scale efficiently from
prototype through production while maintaining quality and reducing time to market

See how robotics companies use Arena to manage product data, engineering changes, supplier collaboration, and manufacturing readiness in a single cloud platform, helping teams scale efficiently from prototype to production without losing control of critical product information.

Bota Systems is a Swiss robotics technology company building force and torque sensing solutions that help robots interact with the physical world safely and naturally.
Rooted in leading robotics research, we combine scientific rigor with practical engineering to support industry, research, and Physical AI applications worldwide.

Leveraging force sensing to empower the AI community with the next generation of robotic data collection methods.Bota Systems’ TACTO enables Physical AI by combining high-fidelity force sensing, tactile feedback, vision, and robot state into a unified data collection platform from the real world.
The system is designed to help researchers and automation teams generate reliable, contact-rich datasets for modern robotic learning.

From Gears to Intelligent Motion.
From traditional gear technology to intelligent, integrated drive systems – ideal for robotics.Balance Drive, Novagear and Nabtesco are combining their expertise in engineering, integration and manufacturing to offer a wide range of drive technologies for a variety of applications. Together, we can offer the full spectrum of drive technology for robotics: from planetary gearboxes and shaft gearboxes to fully integrated actuators and digital shaft gearboxes.

Innovative plug-and-play solution for smart automationThe digital gearbox incorporates smart sensor technology whilst maintaining the same dimensions as a standard gearbox with comparable performance figures, thereby offering a space-saving solution for intelligent automation. Sensors measure torque, temperature and vibration. Combined with our practical experience, this enables us to draw reliable conclusions about the condition of the gearbox.

The Mobile Robotics Lab works towards the next generation of mobile robots that should support people in their lives: drones can inspect and monitor hazardous or remote sites, and humanoids or other ground-based robots can perform repetitive, strenuous, or dangerous tasks on construction sites or at home.We develop underlying Spatial AI capabilities as robots' understanding of the world. This is crucial for Navigation and Exploration of potentially cluttered, dynamic, and unknown environments. 

Façade installation in construction is highly manual and dependent on scaffolding systems. This leads to
safety risks, long installation times, and frequent human errors. Our solution is a rapidly deployable vertical
grid that enables robotic tools to operate in parallel on façades of buildings.

Flexion combines command, motion and control into one unified foundational model, trained in simulation, powered by reinforcement learning, deployable across all robot morphologies, from humanoids to wheeled platforms to robot arms, at scale.

Founded
in Shanghai Lingang in January 2026, PIERA Robotics is a pioneering company
specializing in autonomous fleet service robots. We deliver integrated infrastructure
that keeps autonomous fleets running safely and efficiently with minimal human
intervention.

Vision: Become
the global leader in autonomous fleet service robotics and build the
intelligent infrastructure powering next-generation mobility.

Mission: Deliver
comprehensive fleet services - charging, cleaning, inspection, and operational
support - that maximize uptime and efficiency.

A complete suite of autonomous support services that maximize fleet
availability and operational efficiency
Machines take on the toil, and humans return to what they love

Our lab was founded in February 2012 and is part of the Department of Informatics, at the University of Zurich, and the Department of Neuroinformatics, which is a joint institute of both the University of Zurich and ETH Zurich.

Our mission is to research the fundamental challenges of robotics and computer vision that will benefit all of humanity. Our key interest is to develop autonomous machines that can navigate all by themselves using only onboard cameras and computation, without relying on external infrastructure, such as GPS or position tracking systems, nor off-board computing. Our interests encompass predonimantly micro drones because they are more challenging and offer more research opportunities than ground robots.

Discover how a single event camera can help track and control a drone in a confined space. Interact with its vertical flight and observe the airflow generated by its propellers, bringing robotic perception and flight dynamics to life.

For nearly 20 years, Generation Robots has been bridging the gap between innovative robotics technologies and real-world applications.

What started as a robotics distributor has grown into a trusted technical partner for researchers, engineers and industrial companies. Alongside our portfolio of robots, sensors and AI solutions, our in-house engineering team, GR Lab, designs and develops custom robotic systems to meet the unique requirements of research and industrial projects.

Gearing with plastic injection moldings - for robotic actuators. Our expertise in technology and solutions drives our gearing capabilities: As your project partner for development and manufacturing, Bauser delivers plastic gear technology for even your most demanding applications.

Advantages of Plastic Gears in Robotic Actuators:
- Mass reduction        - Low inertia
- Quiet operation      - High damping
- Lower cost                 - Reduced or no lubrication
--> In addition, injection moldings allow for greater freedom in gear and gearbox geometry compared to steel. 

SHANGHAI HUACE NAVIGATION TECHNOLOGY CO., LTD. (STOCK CODE: 300627) WAS FOUNDED IN 2003 AND SUCCESSFULLY LISTED ON THE SHENZHEN STOCK EXCHANGE IN 2017.SUPPORTED BY ITS THREE CORE TECHNOLOGIES – POSITIONING AND NAVIGATION, SENSING AND SURVEYING, AND INTELLIGENT CONTROL – THE FIRM FOCUSES ON PRODUCT R&D, PRODUCTION MANUFACTURING AND INDUSTRIAL COMMERCIALIZATION. IT IS RECOGNIZED AS ONE OF THE BENCHMARK ENTERPRISES IN CHINA’S HIGH-PRECISION NAVIGATION AND POSITIONING INDUSTRY.

Euresearch is THE Swiss guide to European research and innovation. We provide information and guidance on cooperation and funding opportunities offered by the EU Framework Programme "Horizon Europe" and other initiatives.

Reachy Mini is a wireless robot with a six-degree-of-freedom head, expressive antennas and an onboard Raspberry Pi CM4. It combines cloud-based real-time voice interaction, speech-responsive motion and an interactive display to engage visitors naturally. Reachy can autonomously present Euresearch services or guide visitors through conversations to explore Horizon Europe funding opportunities and find advisors suited to their region and research interests.

Bern University of Applied Sciences (BFH) combines practice-oriented education with applied research and development in close collaboration with industry and research partners. 

The Robotics Laboratory at BFH’s Institute for Human Centered Engineering (HuCE-roboticsLab) brings together expertise in industrial and mobile robotics, with a research focus on collaborative robotics. Students gain hands-on experience through laboratory projects and Bachelor’s and Master’s theses, contributing to the development and testing of robotic systems while applying engineering theory to practical challenges.

We support Swiss and international partners through joint innovation projects, design and development support, and consulting in applied research.

Demo #1. Speech-to-Action Cognitive Robotic Cell

Give the robot a spoken instruction and watch it act. This demonstrator uses a UR3 robotic arm to move and arrange watches in response to natural-language commands. Explore how speech-based interaction can make robotic tasks more intuitive to specify.

Demo #2. Holonomic Semi-Humanoid Platform with OpenArms and DimensionalOS

Meet our mobile research platform combining a holonomic base, two OpenArms robotic arms and DimensionalOS. See the platform’s current capabilities demonstrated live and discuss its development for mobile manipulation and human–robot interaction. 

Demo #3. Tell your robot what to do

Discover a new way to automate with Auto-Mate Robotics’ collaborative robot cell. Built on a mobile item workstation, the cell combines a Dobot CR5AS collaborative robot with camera vision and interchangeable tools to demonstrate tasks such as picking and placing parts and loading and unloading a machine.

With our new AI assistant, programming starts with a sentence. Describe the task the way you’d explain it to a colleague: “Pick the parts from the tray and place them on the pallet.” The assistant builds the program behind the scenes, tests it in simulation and checks it for collisions. You stay in control: the real robot only moves once you approve the program.

ZHAW robotics is a university-wide interdisciplinary hub at ZHAW, bringing together expertise in AI and robotics from across the university. We connect technical, human, organisational and societal perspectives through applied research, collaboration with practice, and education. Our aim is to foster knowledge exchange and contribute to the responsible development and use of AI and robotics.

Binabik develops the software to use wheeled humanoids for machine tending in high-mix low-volume settings. Our agentic AI combines classical robotics with modern AI approaches, choosing the right method for each step. Where possible, we connect directly to the machines the robot serves. Their sensor data, together with feedback from the people on the shop floor, lets our robots learn faster and work more reliably than conventional  methods.

The Laboratory of Intelligent Systems at EPFL, led by Prof. Dario Floreano, will showcase its cutting-edge flyable and soft robots, blending artificial intelligence, biology, and robotics.

Explore the Aerial Robotics section of the exhibition, featuring flying robots inspired by insects and birds, agile UAVs with morphing wings, and swarm robotics. LIS will also showcase the latest developments in robots that utilize tensegrity structures and artificial muscles.

Spinal cord injury (SCI) affects millions people and their families world-wide. These individuals face serious secondary complications due to loss of mobility such as brittle bones, bowel and bladder dysfunction, chronic pain, and recurrent infections that lead to a 30 percent annual hospitalization risk.
Exoskeletons enable upright walking, which plays a vital role in reducing these secondary health complications while promoting strength, confidence, and quality of life.
Even with robust insurance reimbursement now available in many countries, today’s exoskeletons remain too complex, too slow to put on and take off, and not designed for everyday life. Our mission is to change that.

The Laboratory of Rehabilitation and Assistive Robotics – REHAssist– is headed by Dr. Mohamed Bouri.
Rehabilitation and motor learning are the main driving topics of REHAssist. This mainly concerns the following research areas:

• Development of devices to assist locomotion and for rehabilitation
• Control strategies for assistance, mobilization, and management of balance
• Closed loop functional electrostimulation (FES) and sensory substitution
• Haptics for sensory-motor rehabilitation and surgery

LASA develops method to enable humans to teach robots to perform skills with the level of dexterity displayed by humans in similar tasks. Our robots move seamlessly with smooth motions. They adapt on-the-fly to the presence of obstacles and sudden perturbations, mimicking humans’ immediate response when facing unexpected and dangerous situations.

Inveel develops intelligent tactile sensing skins for robotics and physical AI. Our ultra-thin, conformal sensors provide proximity, contact and pressure information, transforming physical interactions into rich data that enables robots to perceive, understand and respond to touch.

See Inveel’s tactile sensor skin in action, with exceptional proximity sensing on a robot and integrated pressure sensing on robotic grippers. Discover how tactile intelligence enables robots to perceive objects before contact and understand physical interaction through touch.

The D-ITET center PBL – Edge AI & Intelligent Sensing Lab develops intelligent, energy-efficient sensing and computing technologies to enable the next generation of autonomous robotic systems.

Our core expertise lies in intelligent sensing, multimodal sensor fusion, and Edge AI, bridging the gap between physical perception, embedded intelligence, and real-world robotic autonomy.

We design and develop complete sensing-to-intelligence solutions, integrating advanced sensing technologies—including event-based cameras, RGB/depth vision, radar, IMUs, and wireless sensing—with efficient AI algorithms and specialized embedded hardware, including FPGA-bases hardware. 

Core Competencies

• Intelligent & Multimodal Sensing: Advanced sensor systems, heterogeneous sensor integration, sensor fusion, and robust perception in dynamic and challenging environments.

• Edge AI & Embedded Intelligence: TinyML, efficient neural networks, on-device learning, and real-time inference on resource-constrained embedded platforms.

• Event-Based & Neuromorphic Perception: Low-latency, energy-efficient visual sensing and event-driven AI for high-speed robotic applications.

• Energy-Efficient Autonomous Systems: Hardware–software co-design, adaptive sensing, and intelligent power management for untethered robotic platforms (from microcontrollers to embedded GPUs and FPGAs)

• Distributed Sensing & Collaborative Intelligence: Wireless sensor networks, cooperative perception, and distributed intelligence for multi-robot and swarm systems.

Our vision is to bring intelligence as close as possible to the physical world—transforming sensors from passive data acquisition devices into adaptive, energy-efficient perception systems that empower robots to sense, understand, and interact autonomously with their environments.

At the Reconfigurable Robotics Lab we focus on the design, actuation, fabrication, and control of unique robotic systems. The research in our lab is committed to inventing interactive robotic systems with novel fabrication techniques and integration processes that push the limits of mechanical properties. These efforts enable us to create soft, reconfigurable, and interactive robots that are highly conscious of the environment and have extensive applications in wearable technology, medical/rehabilitation systems, and personal robots.

• Reconfigurable Robogami modules for human augmentation

Origami-inspired, lightweight modules configure to wearable robotic arms that adapt seamlessly and safely to various environments and tasks.

• Immersive Multi-modal Full-Body Feedback for Tangible Experiences

Origami-inspired Dynamic Experience Platform that delivers whole-body feedback by translating audiovisual content into motion, and recreating real-world kinetic experience, making digital content immersive and tangible.

• Self-Assembling Modular Origami Robots

A swarm of identical triangular origami modules that locate each other, assemble themselves into a requested shape with no central controller, and accept plug-in capability cores, so one set of hardware becomes whatever robot the mission needs.

• Surface-Based Manipulation

A team of reconfigurable modular robots, each ending in a simple flat plate, moves, flips, and reorients objects across their surfaces—manipulating without ever grasping.

• Digits: Reconfigurable Haptic Feedback

Digits is a reconfigurable haptic interface composed of modular pneumatic actuators that can be arranged in different configurations to render multimodal haptic feedback with precise pressure control.

•  Viscous Airflow Reconfiguration System

Predictive fluidic-network framework that transforms a small number of shared pneumatic inputs into dynamically reprogrammable spatiotemporal actuation fields.

• SORI: a softness rendering interface

SORI is a reconfigurable haptic display that decouples contact area and force on human fingertips, with model-based softness cue estimation to render a personalized experience with both virtual and real-world objects.

The mission of MICROBS laboratory is to develop the science and techniques of microrobotics, where materials science and MEMS technology meet robotics creating the next generation intelligent systems operating in complex microenvironments. Achieving this vision enables us to make contributions in basic and applied life sciences.

This demonstration presents a tendon-driven, ribbon-shaped robotic device capable of bending and twisting as it advances through soft tissue, enabling three-dimensional navigation along curved trajectories. Visitors will see how robotic actuation, real-time tracking, and closed-loop control enable the device to follow planned paths and navigate around obstacles.

The demonstration highlights the potential of steerable robotic instruments to expand the range of accessible trajectories for minimally invasive brain interventions.

P8S is building the future of fulfillment and delivery with Physical AI–powered robotics.
By uniting mobile robots, smart containers, and an intelligent software brain into one autonomous system, Pick8ship transforms how goods move — from storage to customer.
Designed for universal use across food, fashion & beauty, health & care, electronics, and industrial supply, the system scales rapidly from compact installations to large industrial deployments — in days, not years.
One system. One brain. Autonomous logistics at scale.
www.p8s.swiss

EPFL Xplore is an association of more than 100 motivated students who take part in ambitious robotics and student space exploration projects. The team designs and builds planetary rovers from scratch while advancing technologies for autonomous exploration. It competes internationally at the European Rover Challenge in Poland, where its rover must autonomously navigate challenging Martian terrain, collect and analyze soil samples, and execute a scientific mission. Over the years, the team has received numerous excellency awards, including first place at ERC 2025. In parallel, EPFL Xplore organizes the Xplore Rover Challenge, a hands-on competition introducing students to planetary robotics. The association also conducts research projects in collaboration with academic laboratories and industry partners, developing innovative technologies in the field of space robotics.

Rapid Manufacturing AG helps robotics teams turn designs into functional prototypes and production parts. We combine in-house SLS manufacturing in Switzerland with a trusted partner network for CNC machining, metal 3D printing, vacuum casting and injection moulding.

From lightweight housings to grippers and precision components, we help you choose suitable materials, processes and finishes for your application, quantities and timeline. One contact, from the first prototype to repeat production.

Exhibition
Explore real components made for robots and drones and other demanding applications. Compare materials and surface finishes, including smoothing, colouring and sealing, and see how manufacturing choices affect function, appearance and cost.

Bring your drawings or manufacturing challenge. We will discuss practical options for your next prototype or production series.

Explore real parts made for robotics and discover different materials, manufacturing processes and surface finishes. See how we turn designs into functional components for a wide range of applications.

We may even have a live robot at our booth. Come by and let us surprise you!

fluidbot develops autonomous inspection robots for drinking water pipelines. Our system navigates inside complex pipe networks, collects visual and sensor data, and enables utilities to detect risks early. By combining robotics, sensor integration and data analytics, fluidbot supports predictive maintenance for critical water infrastructure.

Meet fluidbot’s latest robotic inspection platform for drinking water pipelines. At our booth, we will showcase the robot, its mobility concept and integrated sensing technologies for collecting condition data directly from inside the pipe. Discover how robotics, ultrasound, vision and data analytics can help utilities better understand ageing underground infrastructure and move towards condition-based asset management.

The Swiss Association for
Standardization (SNV) bridges the gap between robotics innovation and market
readiness. As Switzerland’s official member of ISO and CEN, SNV enables
industry, research, and public institutions to shape national and international
standards—supporting safety, interoperability, and global market access for
innovative robotics solutions.

Visit our booth to discover how
active participation in standardization can strengthen your competitive
position.

LOXO is a Swiss technology company pioneering Level 4 autonomous driving for commercial vehicles. Founded in 2021, LOXO develops the LOXO Digital Driver™, a vehicle-agnostic autonomous driving technology that enables safe, efficient and scalable goods transportation. With real-world deployments in Switzerland and Germany, LOXO is driving the transition from autonomous technology to commercial logistics operations.

LOXO – Autonomy that delivers.

LOXO is bringing autonomous logistics (SEA level 4) to life.

With our LOXO Digital Driver™, we enable commercial vehicles to drive autonomously on public roads - safely, efficiently and without a human driver.

Our vehicle-agnostic technology integrates into different vehicle platforms, transforming how goods are transported across cities and logistics networks.

Autonomy that delivers.

From embedded systems to robotics and artificial intelligence – ITK Engineering, a global tech company and wholly owned subsidiary of Robert Bosch, draws on methods-driven expertise to provide standards-compliant and platform-independent software and system development services to customers across all industries, from mobility and healthcare to industrial engineering. With over 1000 employees worldwide, the company is an innovative force in digital engineering with its roots in robotics since 1994.

Robicasso is a demonstrator by ITK Engineering, showcasing our competence as a development partner by merging robotics, cloud computing, and AI to draw live, personalized visitor portraits.

Harmattan AI is a defense technology company building autonomous robotic defense systems. It develops mission-ready systems across air defense, ISR, strike, electronic warfare and C2, designed for real-world operations in contested environments. Harmattan AI builds forces designed for scale, where autonomy expands the volume and capability of systems deployed in the field. This enables forces to operate with coherence and coordination at a fundamentally different level, generating saturation and redefining how advantage is created in modern operations.Harmattan AI supports the West and allied countries with next-generation defense capabilities. The company operates across the United States, Europe, the Middle East and Africa, enabling close collaboration with defense partners and the delivery of mission-adapted solutions.

SwissRobotics is a new Swiss robot manufacturer specialising in omnidirectional mobile robots. Our active caster wheel (ACW) modules provide holonomic motion with conventional wheels. The robot can translate in any direction in the plane and rotate about its vertical axis, with both motions independently controllable and available simultaneously.

Drawing on many years of robotics research, SwissRobotics offers universities and research institutes an omnidirectional mobile base that they can integrate with their own robotic systems. The base supplies power to the integrated system. The research team’s controller sends velocity commands for forward and lateral motion and rotation. The base coordinates the individual wheel modules to execute those commands and reports accurate odometry back to the controller.

The first units are scheduled to be available in the first half of 2027. We welcome product enquiries now.

Point One Navigation is the first centimeter-accurate positioning platform designed for the world’s most demanding robotics and industrial automation applications. At Swiss Robotics Day, we're highlighting our high-density RTK corrections network, advanced sensor fusion software, and robust API, which allow robotics developers to quickly integrate high-precision location into their platforms. Whether for mobile robots, autonomous drones, or precise field systems, Point One provides the foundation for safe, reliable, and intelligent machine operations. Point One’s founding team have decades of experience in precision navigation and were previous founders of Cornell’s DARPA Urban Challenge.

Roboto is the analytics engine for Physical AI. It turns robot logs into answers, letting teams ingest, search and analyze fleet data at scale while agents triage every log, trace root causes and curate training datasets.

Triadem Solutions AG is the Swiss distributor for Blackberry QNX. The
offering from QNX  is a deterministic microkernel real-time operating
system (RTOS), software development platform, and hypervisor. The QNX
RTOS is pre-certified for safety critical systems to IEC 61508 SIL 3 and
a reliable software foundation necessary to drive innovation in the
robotics industry.
https://qnx.software/en/industries/robotics

DOBOT Europe GmbH is the European subsidiary of Dobot Robotics, a global provider of intelligent robotic solutions. Based in Germany, the company focuses on collaborative robotics, industrial automation, humanoid robotics, and embodied AI technologies.

DOBOT Europe GmbH supports European customers, universities, research institutions, and industrial partners through innovative robotic solutions, technical expertise, and local support.

Our mission is to make advanced robotics more accessible and accelerate the adoption of intelligent automation in education, research, and industry.

ATOM, powered by Dobot's self-developed Dobot-VLA end-to-end model, operates fully autonomously 14 hours daily at a Shenzhen cinema, selling over 1,000 cups of popcorn and generating over 20,000 RMB in daily revenue, while demonstrating outstanding anti-interference by detecting spills, re-identifying moved containers, and autonomously re-scooping tipped popcorn.

prophysics AG is Switzerland's leading distributor of professional 3D motion capture technology, based in Zurich and serving the DACH region. As the official distributor for Vicon, Xsens, MANUS, and more, we provide precise, reliable motion capture and hand-tracking systems for research, industry, engineering, and — increasingly — humanoid robotics. With 30 years of experience, our team supports customers from initial consultation through system integration, covering everything from full-body kinematics to millimeter-precise finger tracking. Our combined hardware and software solutions enable teleoperation and human motion data collection for the next generation of humanoid robots.

At our stand, we will be showcasing the Xsens Link Suit, a wireless,
full-body motion capture system that tracks movement with precision. We
will also be demonstrating the MANUS Metagloves, which are paired with a
robotic hand. Come and see the live demo and explore the full range of
what modern motion capture can do. We will also talk you through Vicon’s
high-precision optical systems, which are trusted across robotics,
clinical gait analysis, biomechanics research and industrial
applications. We will demonstrate how the technology works, what it
captures and how it could fit into your own environment. Whether you’re
new to motion capture or looking to expand your setup, we’re here to
answer your questions and help you find the right solution. Discover
what Xsens, MANUS and Vicon can do for your projects, and speak to the
experts.

Build with Intel
Start Developing on Intel’s Open Robotics platform
Intel empowers robotics developers with tools, reference platforms, software, and systems to move from experiments to production fleets faster so robot developers can spend more time planning robot behavior instead of building plumbing.

Robotics Portfolio
Train, develop, and deploy Physical AI on one Intel Robotics stack
Intel provides a dedicated developer experience spanning technical documentation, modular edge software suites, and end-to-end Physical AI toolchains to productize robotics workloads faster.

Come and talk with our expert about Physical AI

prodartis AG produces plastic components using additive manufacturing techniques cost-effectively in small to medium-sized batches and to a standard of quality comparable to that of injection moulding, primarily using the new Multi Jet Fusion (MJF) or Selective Laser Sintering (SLS) technologies.

The booth offers insights into Additive Manufacturing technologies and their practical applications with its advantages e.g. the function integration, toolless production, high flexibility of geometry and its low risk in scaling up serial production. Meet our experts, exchange ideas, and explore opportunities for collaboration.

TACTILIA builds industry-ready robotic hands for Physical AI. 

Spun out of SCHUNK, TACTILIA draws on a decade of robotic-hand expertise. Each hand ships as one system: hardware plus trained grip skills, available through an open API for industrial arms and humanoids, with an SDK to integrate and extend them.

The portfolio ranges from lean industrial grippers to dexterous humanoid hands: the three-finger SDH, the DGUV-certified five-finger SVH, and the tendon-driven SIH power hand. A fully anthropomorphic next-gen hand is in development. Every hand is trained, stress-tested and validated in the Grip Lab before it ships.

R&D in Munich, AI research and software in Zurich.

Sherlock is an on-premise software platform for deploying intelligent agents that leverage state-of-the-art computer vision models to analyze data and automate processes. It supports Microsoft Windows, macOS, and Linux, and provides a flexible framework for building, deploying, and managing computer vision–based automation workflows.

Given a bin of freshly produced bushings, Sherlock provides a way to automate the sorting process at low cost and requires no technical knowledge to use. Sherlock comes with its an AI agent out of the box and allows to gain insights into the production, generate plots and reports by analyzing the collected data.

Stella Robot specializes in full-stack, in-house development of software and hardware for embodied intelligence manipulation, with 100% domestically developed, independently controllable technology. It has built a full-stack model closed loop of "Micro Module – Dexterous Hand – Embodied Data Collection System – VTLAM Embodied Operation Model" and pioneered the System-M "Failure – Correction – Memory" closed-loop model, accumulating vertical-domain data through real-robot testing. Its two flagship product lines — the world's first "actuator-hand separated" tendon-driven dexterous hand and the world's first "LEGO-style" modular direct-drive dexterous hand — serve industrial production and high-risk special operations. Multiple rounds of financing completed, multiple hard-tech awards won. Technology put to good use.

On show is an autonomous plug grasping and precision insertion demo built on visual perception, bimanual coordination and an end-to-end VLA model — the robot picks up a plug, hands it over between two arms, adjusts the grasp pose, and inserts it precisely into the socket.Running on ROKAE robotic arms with our in-house end-effector gripper, it fuses visual object detection, 6D pose estimation, bimanual coordination control and an end-to-end VLA insertion model. The VLA model combines the visual input from two cameras with six-axis force/torque sensing to control the insertion with fine precision.Watch the full sequence run autonomously — identification, grasping, handover, socket alignment and insertion — and see how vision, coordination and force feedback combine into contact-rich manipulation. The same stack extends to industrial connector mating/unmating, wire harness assembly, electrical and electronic assembly, precision component mating and automated inspection.

UNER — Real Hardware. Virtual Sensors. Physical AI.

UNER brings Virtual Sensing and AI development at the edge together for robotics applications, including autonomous mobile robots (AMRs) and collaborative robots (cobots).

Virtual radar, LiDAR and camera inputs connect simulated environments to real embedded hardware. Through hardware-in-the-loop testing, developers can run sensor processing and AI inference on their target boards and evaluate results against reproducible scenarios.

Customer domain specific Physical AI Digital Twin Development running in the real time closed loop on dfferent HW platform like Renesas, NVIDIA, Infineon, AMD (FPGA)

Future Electronics Schweiz GmbH supports robotics and automation companies with innovative semiconductor and electronic component solutions. Together with our strategic partner Infineon Technologies, we provide leading technologies for next-generation robotics applications. Combining local technical expertise with global supply-chain capabilities, Future Electronics helps customers accelerate new designs, secure component availability, and bring innovative robotics solutions to market.

Come visit Infineon
Technologies and Future
Electronics at Booth 91 and discover more around the growing world of
robotics.

The Humanoid Demo is a cutting-edge robotic head
powered by Infineon sensors and MCUs, delivering 360-degree
environmental awareness. It features a RADAR SLAM model with 60 GHz
radars for obstacle detection and MEMS microphones running ML-based
audio event and AoA detection on PSOC™ 6.

When a sound or presence is detected, the head turns
toward the source, driven by Infineon’s motor control solution powered
by PSOC™ Control, while magnetic sensors ensure precise position
tracking. A ToF camera provides multiple views in the GUI, and an
onboard camera paired with PSOC™ Edge enables image detection and
tracking capabilities.

By integrating Infineon’s leading sensors, motor
control, and MCUs, the demo showcases an innovative and scalable platform
for intelligent robotic applications.

Neuromorphyx builds Reflex Intelligence systems for machines — compact neuromorphic vision systems that sense motion, process sparse event data, and make low-latency decisions at the edge.

See NeuroReflex in action: event-based vision and on-device AI inference, with live results and performance monitoring in NMX Studio.

Robotics that make you smile

At Maus Robotics, we develop, build and operate robots that cook food to order, right where it’s served.

Our first robot prepares fresh crêpes at the push of a button. Stop by and enjoy!

Our robot prepares fresh crêpes fully autonomously. Come have a look!