Exhibitors
AICA
Booth
35
About
AICA was founded in Lausanne in 2019, the company originally came from the Learning Algorithms and Systems Laboratory (LASA) of EPFL. Now based in the Unlimitrust Campus by SICPA, our software has been developed to fit the needs of industrial robotic lines. We recognized that traditional robotic systems require high expertise and endless hours, if not weeks, of hard work.
At AICA, we’ve crafted cutting-edge technology that seamlessly integrates the power of reinforcement learning with closed-loop force control. We are firm believers that dirty, dull, and dangerous tasks don’t define the human experience. Instead, they are perfect assignments for our robotic allies.
Exhibition
Build your own application in AICA Studio and see it come to life on a real robot! This is your chance to use our software and discover how we extend ROS to transform robot programming. During the event, you’ll have hands-on access to our platform, allowing you to interact directly with AICA’s technology. Whether you’re a skilled developer or just starting out, this is the perfect opportunity to explore, experiment, and elevate your robotics experience.
Anybotics
Booth
6
About
ANYbotics is the leading provider of autonomous robotic solutions to improve the safety, efficiency, and sustainability of industrial work.
Exhibition
They will present a mix of#A-team members from Engineering, Commercial and People teams. With us will be ANYmal who will be ready for demoing it’s capabilities. Come visit, you could get a chance to operate ANYmal.
- Demo 1: We will create a mock up industrial inspection route, map the mission and show how ANYmal can autonomously perform the mission whilst avoiding obstacles and staying on track. We will also showcase how the mission control uses the platform to gather valuable insights for the customer.
- Demo 2: ANYmal in rough terrain. With new and improved locomotion and navigation models ANYmal is geared to walk in almost any environment.
- Demo 3: Walking ANYmal in the demo area. Feel what it’s like to operate ANYmal as a user.
Asensing
Booth
38
About
Specialised in MEMS technology, ASENSING manufactures high-precision positioning and attitude sensors to enable automation in various industries. From algorithms to hardware, and from chip design to the production of various types of sensors, ASENSING has the complete capability to fulfil the requirements of different customers.
Established in 2014, ASENSING offers IMU and GNSS modules, integrated navigation systems (‘P-Box’), and AHRS to robots, smart vehicles with L2 and above ADAS functions, heavy machinery, drones, and a variety of other devices.
As the leader in positioning solutions for smart vehicles in China, ASENSING is collaborating with over 30 OEMs, including global automakers such as Volkswagen, Toyota, Volvo, etc.
ASENSING can be reached at partner@asensing.com.
Exhibition
At Swiss Robotics Day 2024, ASENSING will present its innovative sensor solutions that elevate the precision and reliability of robotic
systems. ASENSING will demonstrate its MotionTrack MEMS Chip, high-performance Inertial Measurement Units (IMU), and GNSS
modules, all tailored for various robotic applications.
Featuring stability, reliability, and high performance, these cutting-edge products enable robots to have precise and safe motion control, allowing them to execute complex tasks such as running, stair climbing, and jumping in various challenging environments.
ASENSING’s sensors are highly integrable and cost-efficient, making them ideal for both large robotics systems and smaller, more
compact applications such as drones.
Furthermore, ASENSING’s GNSS modules, which support multiple global navigation systems, provide superior positioning
performance in space-limited applications without compromising on quality.
Auto-Mate Robotics
Booth
52
About
At Auto-Mate Robotics, we aim to provide innovative solutions that make the automation of high-mix, low-volume production affordable. Traditional automation systems are typically designed for mass production, making them unprofitable for smaller volumes. Meanwhile, current plug-and-play solutions lack the flexibility needed to properly address industrial needs. To solve this, we develop solutions that allow companies with no robotics expertise to learn the skills necessary to create their own affordable, ad-hoc automation systems. Our focus is twofold: simplifying the technology and empowering non-experts to fully leverage the potential of robotics.
Exhibition
Demo: Affordable Automation for High-Mix, Low-Volume Production
Visit our booth to see how Auto-Mate Robotics makes automation easy and affordable for small to mid-sized production runs. Our live
demo will showcase:
- Flexible Robot Operations: Watch how our robot adapts to different product variations without complex reprogramming.
- Plug-and-Play Integration: See how simple it is to integrate our solution into your existing production line without needing expert
support. - User-Friendly Interface: Learn to quickly master robotics with our intuitive tools and training.
Stop by for a live demonstration and discover how we can help you automate efficiently and cost-effectively!
Autonomous Systems Lab, ETHZ
Booth
51
About
Our mission and dedication is to create robots and intelligent systems that are able to autonomously operate in complex and diverse environments. We are fascinated by novel robot concepts that are best adapted for acting on the ground, in the air and in the water, and are keen to give them the intelligence to autonomously navigate in challenging environments. Our current main focus areas are novel Aerial Robots for physical manipulation, and mobile manipulation in general.
Exhibition
We will show our latest developments of Aerial Robots.
Auxivo
Booth
66
About
Auxivo AG is a leading developer and manufacturer of exoskeletons. Our mission is to enhance workers’ safety and well-being by providing innovative and accessible solutions that reduce physical workload and the risk of injury.
Exhibition
While our primary focus is on occupational exoskeletons, we also offer an educational product line. Our EduExo line is designed for educators, students, hobbyists, and researchers, providing them with both the knowledge and hardware needed to explore and understand exoskeleton technology.
The EduExo kits play a vital role in our mission to make exoskeletons accessible and comprehensible to all. They offer a practical, hands-on tool for teaching and learning, enabling users to engage deeply with this innovative field.
At our booth we will exhibit both our occupational and educational exoskeletons.
Demo 1: Occupational Exoskeletons
The OmniSuit is a multitask exoskeleton, providing both overhead and back support.
Demo 2: Educational Exoskeleton Kits
The EduExo kits support educators, students, hobbyists, and researchers in accessing exoskeleton knowledge and hardware for learning, teaching, and research.
Balance Drive
Booth
25
About
Balance Drive is a gearbox and drive specialist. Exclusive partner for Nabtesco strain wave and cycloidal gearboxes. Strong knowledge in compact and efficient actuators and angular drives. Specialised in design and manufacturing of Face Gears.
Exhibition
Demo: Face gear driven mobile robot
Demo: High performance strain wave and cycliodal gearboxes from Nabtesco.
Beckhoff
Booth
68
About
New Automation Technology
Beckhoff implements open automation systems using proven PC-based control technology. The main areas that the product range covers are industrial PCs, I/O and fieldbus components, drive technology, automation software as well as automation without control cabinets. Product ranges that can be used as separate components or integrated into a complete and mutually compatible control system are available for all sectors. Our New Automation Technology stands for universal and industry-independent control and automation solutions that are used worldwide in a large variety of different applications, ranging from CNC-controlled machine tools to intelligent building control.
Exhibition
Demo: XPlanar
Floating 2D product transport with up to six degrees of freedom
The intelligent XPlanar transport system combines the advantages of conventional systems and supplements them with a unique magnetic levitation technology for an individual freedom of movement.
Biorob, EPFL
Booth
3
About
We work on the computational aspects of locomotion control, sensorimotor coordination, and learning in animals and in robots. We are interested in using robots and numerical simulation to study the neural mechanisms underlying movement control and learning in animals, and in return to take inspiration from animals to design new control methods for robotics as well as novel robots capable of agile locomotion in complex environments. We are also interested in rehabilitation and assistive robotics.
Exhibition
Demo 1: Equipping daily indoor furniture with moving capacity is a promising way to make life easier for its user, especially for people with limited mobility. We explore use cases of mobile furniture swarms that are meant to help users in their daily activities at home.
Demo 2: We recorded three-dimensional X-ray videos of salamanders, Pleurodeles waltl, walking on ground, walking underwater and swimming. Tracking up to 64 points on the animal’s skeleton we were able to record three-dimensional movements of bones in great detail. Using optimization on all the recorded postures for the three gaits we deduced the number and position of active and passive joints needed for the robot to reproduce the animal movements in reasonable accuracy in three-dimensions.
BIROMED-Lab, Unibas
Booth
67
About
The BIROMED-Lab develops bio-inspired robotic and mechatronic systems for medical applications. The main research focus of the BIROMED-Lab is minimal invasive semi-autonomous robotic surgery for laser ablation of hard tissue (bone). Our portfolio includes knowledge in mechatronics, mechanical design, micro machining, robotics, control, and real-time data processing. Due to our expertise, we maintain also strong collaborations in the fields of robot-assisted gait and arm rehabilitation.
Exhibition
Demo: LAROCARE
Revolutionizing Knee Surgery with Robotics, Lasers, and Regenerative Medicine!
We showcase our innovative approach to knee cartilage repair through the LAROCARE project. For centuries, damaged knee cartilage was nearly impossible to repair, forcing countless individuals to opt for partial or full knee replacements. Groundbreaking research by the University of Basel makes it possible to regenerate cartilage using nasal chondrocytes, a specialized type of cell from the patient’s nose. With a video and a poster, visitors will see how our envisioned robotic system, equipped with a laser, can precisely remove damaged cartilage while minimizing harm to surrounding cells.
Demo: SpineBot
Intraoperative Spinal Stiffness Assessment in Adolescent Idiopathic Scoliosis
The SpineBot demo shows how a stiffness measurement of one functional spinal unit would be taken intraoperatively. The SpineBot is mounted on a test stand that represents the two vertebrae and spinal disc that comprise the functional spinal unit.
Bota systems
Booth
37
About
We give machines the sense of touch – Bota Systems’ vision is for robots to work and move safely and as natural and free as humans.
As a developer and manufacturer of multi-axis force-torque sensors, torque sensors, and custom sensors, we are diligent about providing the best force-torque sensing solutions and user care experience.
Our team of accomplished robotic, software, and mechanical engineers continually develops highly-integrated and advanced sensors to support a wide range of applications.
Whether used for research or industry, we aim to streamline the process.
Exhibition
Demo: Force torque sensing application with a robot
Bota Systems will present force torque sensing applications with robots, like polishing, grinding, product assembly or product testing.
A robotic force torque sensor is a device that measures force and torque when they are applied on its surface. By using the measured
signals in real-time feedback control, robots can perform challenging interaction tasks. The sensor used most commonly in robotics of this type is a complete six-axis sensor, which measures forces and torques on three axes each.
Showcase our comprehensive sensor portfolio.
- Bota Systems digital 6-axis force torque sensors are compact and provide accurate force and torque measurements, giving precision control to some of the most demanding applications in industry and research.
- Our fully integrated designs and software reduce integration time and streamline the force-sensing process.
Brütsch Elektronik
Booth
72
About
For more than 50 years, we have supported companies in their development projects as an engineering partner in industrial automation, and as a general contractor, we realize complete automation projects.
With rising network utilization, it becomes increasingly important for distribution system operators and energy providers to maintain an overview of the medium-voltage, transformer, and low-voltage levels. In energy technology, we support you with our secure, fast, and reliable control system GridCommander™, specifically developed for the needs of small and medium-sized distribution system operators.
As a certified system partner of Beckhoff, B&R, Siemens (S7, SINUMERIK, SIMOTION), ICONICS, and WAGO, our highly specialized team is always at your disposal. We love finding even better solutions for complex situations. Challenge us!
Exhibition
Demo: JAKA MiniCobo
JAKA MiniCobo has the characteristics of lightness, compactness, high flexibility, and easy installation.
It uses an integrated intelligent drive module to achieve a lightweight design while having superior performance; in addition, rich secondary development interfaces provide customers with more choices in different scenarios.
JAKA MiniCobo has a small appearance, simple and intuitive operation, low noise, and high-cost performance. It is especially suitable for consumption, service, education and other fields.
CRCL, EPFL
Booth
48
About
The Lab for Creative Computation (CRCL) is acting at the interface of design, digital technologies and construction. We explore new construction modes that combine robotics with human interventions and digital media, in pursuit of more creative solutions to contemporary design and construction challenges.
Exhibition
Demo: Remote instruction in robotic assemblies
The demo will show a hybrid workflow to enhance human-robot interaction for dynamic fabrication of spatial structures. The human interacts with a small-scale model made of simplified props, enabling remote instruction and intervention in a robotic timber assembly process.
CREATE, EPFL
Booth
69
About
The CREATE Lab is a research group at EPFL working on designing intelligent robotic systems.
Exhibition
CynLr
Booth
26
About
CynLr – Robot that’s Intuitive with Objects Just like a baby’s brain, CynLr Visual Object Intelligence stack makes Robots to instinctively see & pick any object without any training. Today a robot struggles to fit a screw into a nut without slipping. Even to assemble such simple parts, factories are forced to build heavily customized machines. Imagine assembling 1000s of parts with variety of shapes and weights – a Smartphone or a car. Thus factories become complex, asset heavy and under-utilized. CynLr’s visual robots can intuitively grasp unknown objects without training and handle over 100,000+ parts regardless of lighting or surface variation. This enables robots to be trained on any task and be hot-swapped across stations; making it a universale alternative to custom machines -thereby ‘simplifying’ factory lines into LEGO like blocks of Micro-Factories
Exhibition
Demo: CyRo – General Purpose Multi-Arm Robot
CyRo is a general purpose, vision-led, robotic automation product (enabled by our Visual Object Intelligence stack – CLX) that can grasp any object and can be then trained to perform assembly, stacking, sorting or any such physical tasks – like a human.
Demo: CLX – Visual Object Intelligence Platform
Visual Object Intelligence stack that brings together a combination of auto-focus, dynamic convergence, event imaging and binocular vision – a fused-sensor product that provides depth-color-motion together for each pixel. This enables visual perception & handling of even transparent, highly reflective, irregularly textured & shaped objects without any prior training.
D-ITET Center for PBL, ETHZ
Booth
60
About
The D-ITET Center for Project-based Learning (PBL) specializes in advancing energy efficiency for embedded robotic systems and the development of innovative smart sensors. We are dedicated to pioneering solutions that enhance the capabilities and intelligence of robots.
Exhibition
Demo: Smart Sensors for Embedded Robotic Systems
Different novel sensors will be showcased demonstrating smart sensing capabilities for autonomous robots application.
Demo: ForzaETH – F1TENTH Autonomous Racing Team
Autonomous Racing on scaled vehicles offers possibilities for research at the edge of friction, in a fast-paced environment, with reduced infrastructure needs and increased accessibility. At PBL students have a possibility of developing autonomous racing algorithms in the context of their curricular thesis, or participating to the student team at the multiple international competitions. Previous thesis results and publication will be showcased on video, side to side the physical platform.
Demo: Efficient Autonomous Navigation and Locomotion for Small-Scale Quadrupeds
An autonomous and resource constrained small-scale quadruped with an efficient sensor setup for autonomous navigation in challenging terrains will be displayed.
Emovo Care
Booth
64
About
Emovo is developing the 1st robotic hand exoskeleton to do “therapy while living”. With a unique tech protected by 2x patents, our medical device will assist patients in their daily living -to increase motivation, meaningfulness, and dose of motor therapy- aiming at better clinical recovery and improved quality of life.
Exhibition
Empa
Booth
57
About
The lab is in partnership with Imperial College London and EPFL, and the research focuses on developing, demonstrating and commercialising life-supportive material-robotics technologies for the benefit of society. The lab is developing novel materials that allow tight integration into robot functionality and operational robustness. This will allow the development of robotic organs and an associated full integration of embodied artificial intelligence in future engineering systems. The lab is also developing bio-hybrid systems integrating biological materials such as muscle cells, functional cellulose, and fungi substrates with robotic systems.
Exhibition
Demo: Aerial robots
Our booth will include several aerial robotic platforms that are task-oriented and have novelties in many aspects.
Enhanced Hybrid
Booth
19
About
Exhibition
EPFL Xplore
Booth
5
About
EPFL Xplore is a student-led Space Robotics association that develops Mars-like rovers, drones, legged robots and micro-rovers. Xplore yearly takes part in the European Rover Challenge, an international rover and drone competition simulating a Martian mission. Additionally, Xplore hosts an educational initiative called the Xplore Rover Challenge that centers around teaching incoming Bachelor students how to develop micro-rovers. Xplore also has an R&D pole where skilled engineers are currently developing a Legged Robot, Wall-E (a machine for recycling plastic filament for 3D printers) and multiple AI projects ranging from the Xplore ChatBot, to Voice Commands, to Uncommon Object Detection and more.
Exhibition
Demo: Onyx & Dragonfly, the Martian Duo
EPFL Xplore’s booth displays the 2024 rover Onyx and its trusted companion, the drone Dragonfly.
Demo: Xplore Rover Challenge: the Micro-Rovers
Multiple micro-rovers developed by Xplore Rover Challenge 2024 members are also on display. Onyx and a few of the micro-rovers will be wandering around the corridors and booths of Swiss Robotics Day 2024. You may even get a chance to pilot them yourself!
ERL, ETHZ
Booth
59
About
At the Environmental Robotics Lab, we explore how robotic technologies can be harnessed to tackle the interconnected challenges of sustainability, climate change, and biodiversity loss. Our research focusses on: (i) designing robust, adaptable robots capable of operating in complex and dynamic natural environments, (ii) developing scalable robotic methods to survey both biotic (living) and abiotic (non-living) components of ecosystems across various spatial and temporal scales, and (iii) advancing conservation and restoration efforts through robotics-based solutions. We adopt a system-level approach that fosters collaboration between engineers, data scientists, ecologists, and biologists.
Exhibition
Demo: Morphing drone
Demo: Aerial platform for environmental DNA (eDNA) collection
Euresearch
Booth
24
About
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.
Exhibition
Faulhaber
Booth
20
About
FAULHABER is a leading supplier in the area of high precision miniature and micro drive systems.
From high performance DC Motors, BLDC Motors, to Linear Motors, and Stepper Motors, each drive is designed to achieve maximum performance in minimum dimensions and weight. Matching precision gearheads, encoders, linear components and drive electronics are available to complete the system.
Exhibition
Visit us at Booth 20, we look forward to seeing you! You’ll have the chance to discover a special assistance system designed to help blind and visually impaired people shop independently. A team from the University of Applied Sciences OST in Rapperswil has developed “VIRAS,” the autonomous shopping cart driven by FAULHABER motors. Attendees can experience it live.
FHGR
Booth
58
About
Novel aerial vehicles intended for highly challenging applications are being developed under researcher Marco Ruggia at the ‘Institute for Photonics and Robotics’ of the ‘University of Applied Sciences of the Grisons
Exhibition
Demo: FLIFO, a passively morphing drone for small gap traversal
Drones with large propellers are typically more efficient than drones with small ones. This can lead to design trade-offs when a drone is required to fit through small gaps. Morphing drones manage to sidestep this trade-off by temporarily morphing into smaller and less efficient configurations to traverse gaps. Here, a novel morphing drone design is presented that manages to shrink by an unprecedented 50 percent without losing controllability.
Demo: Livia, a biomimetic robotic bird
Birds are far superior to most man-made drones in terms of quietness and maneuverability. The Livia biomimetic bird project aims to research why that is, and to translate these findings into improved aerial robots. As a first step an extraordinary compact and simple tail mechanism is developed, taking inspiration from the bird’s muscle structure. It can simultaneously spread, pitch, roll and yaw, just like its real counterpart. In upcoming research a similar approach will be tried to mimic the highly complex wings of a bird.
Demo: MOMAV, a highly symmetrical fully-actuated multirotor drone using optimizing control allocation
MOMAV is a multirotor drone that is fully actuated, meaning it can control its orientation independently of its position. MOMAV is also highly symmetrical, making its flight efficiency largely unaffected by its current orientation. These characteristics are achieved by a novel drone design where six rotor arms align with the vertices of an octahedron, and where each arm can continuously rotate along its long axis. By implementing continuous arm rotation, this drone manages to never need to unwind its arms, no matter the trajectory it flies.
Floating Robotics
Booth
17
About
The synergy of robotic hands, computer vision and artificial intelligence is revolutionising greenhouse cultivation. Our technology is designed to reduce workload, improve working conditions, minimise waste and improve crop quality. Visit our stand to see our harvesting robot in action and discover the future of agricultural robotics.
Exhibition
Demo: Precision picking: Tomato harvesting robot in action
Experience how our system accurately locates clusters and skillfully picks ripe cherry-tomato trusses with high precision and efficiency.
Flybotix
Booth
55
About
At Flybotix, we gather around a common mission: to help reduce risk for humans and the planet.
Our mission is rooted in the belief that technology advancements should directly influence the way dangerous work is done.
We believe that inspections should be conducted seamlessly, allowing businesses to have access to data without compromising worker safety.
Exhibition
Experience the ASIO X Solution for a comprehensiveve workflow:
ASIO X | Drone
Experience effortless flight with ASIO X, renowned for its stability and user-friendly controls, ensuring that even beginners can confidently navigate and gather comprehensive inspection data with ease.
ASIO Explore | App
Visualize detailed information for enhanced quality control using a computer app for on-site data verification. Measure defects and distances with LiDAR data, and utilize 3D point clouds to detect cracks and distances.
ASIO Connect | Platform
Manage data and assets effortlessly with an all-in-one platform, using AI analytics for deeper insights.
Flycatcher
Booth
50
About
Flycatcher is a startup focused on providing safe, reliable, and cost-effective AI-driven solutions for visual inspection and monitoring in industrial environments. Our technology requires only standard operational data, not data on faults or anomalies. This drastically reduces the time and resources spent on modelling defect scenarios. By focusing solely on learning normal operations, we enable rapid deployment and adaptability in complex settings. Our technology is also designed to integrate seamlessly with diverse hardware and existing infrastructure, offering applications across complex, high-stakes environments.
Exhibition
Learn about our anomaly detection technology and how it can solve complex industrial inspection problems.
Force Dimension
Booth
29
About
Founded in 2001 as a spin-off from the Swiss Federal Institute of Technology in Lausanne (EPFL), Force Dimension has been the leading innovator in high precision haptics technology. The company has gained international reputation for developing and manufacturing its distinctive design and advanced force-feedback interfaces for robotics, industry, aerospace, medical and consumer electronics applications.
Exhibition
Visitors will be able to explore virtual environments and feel haptic feedback as they interact with the represented objects. Surface contacts, contours, textures, vibrations and deformations can be experienced in the proposed hands-on demos, as found in simulation and teleoperation applications.
Ghent University (Dynamics Design Lab)
Booth
34
About
Dynamic Design Lab is part of the Department of Electromechanical, System and Metals Engineering within the Faculty of Engineering and Architecture at Ghent University. Our mission is to endow physical dynamic systems with improved functionalities and capabilities. We strive to improve the dynamic behaviour of mechatronics & industrial robotic systems by advancing science in the domain of probabilistic dynamic system modelling, nonlinear optimal control and model-based design optimization.
Exhibition
Demo: SMARTGrip
Our SMARTGrip, a future spin-off, utilizes tactile sensor feedback to handle variable sheet dimensions, perforations and effortless (de-)stacking, without requiring prior knowledge of sheet geometry.
Gravis Robotics
Booth
43
About
Gravis Robotics is a startup that turns heavy construction machines into intelligent and autonomous robots. Our unique combination of learning-based automation and augmented remote control lets one operator safely conduct a fleet of machines in a gamified environment. Our team has over a decade of academic experience honing the cutting edge of large-scale robotics, and is rapidly growing to bring that expertise into a trillion dollar industry through active deployments with market leaders.
Exhibition
HAPTION
Booth
40
About
HAPTION designs, manufactures and sells hardware and software solutions based on force-feedback.
Exhibition
Demo: Teleoperation of Robots
Take control with Haption: the kinesthetic sense of touch for your robotic system.
Drone-Protect HES-SO/Arc
Booth
54
About
The HES-SO (University of Applied Sciences and Arts of Western Switzerland), established in 1998, is one of Switzerland’s largest universities of applied sciences. It operates in several French-speaking cantons, offering professional programs in fields like engineering, business, health, arts, and social work. The HES-SO focuses on hands-on, practical education designed to meet industry needs, preparing students for the modern labor market.
With over 20,000 students, the HES-SO also plays a key role in applied research and development (R&D), collaborating with industries and public institutions. This close partnership ensures that its research and teaching remain relevant to societal challenges, promoting innovation and entrepreneurship across sectors like healthcare, sustainability, and the creative industries.
Exhibition
In the drone technology, our project specifically focusing on the development and prototyping of a drone shield using a combination of GPU-based processing, formal graph models, and a mock-up design application. Here are the four key steps for the development:
1. GPGPU Free Planar Approach: This step involves leveraging General-Purpose computing on Graphics Processing Units (GPGPU) to perform fast and robust computations for designing shield structures. This innovative approach makes it possible to reconstruct a framework considering not points and sides, but any number and position of planes in space;
2. Formal Planar-Graph Approach: This complementary step to step 1 formalizes the development of the shield structure using a formal model from planar graph theory. This ensures that the geometrical or structural design is mathematically robust for later adaptation (step 3);
3. Mockup App: During this phase, we enter the draft of the application model created in steps 1 and 2. From here, we can simulate it via an interface, enabling us to manipulate and improve it, and soon to test the forces at play with a view to its physical realization (step 4);
4. Assembling & Prototype: Finally, the project moves on to the assembly of the physical components and the creation of a prototype, bringing together the design and calculation models into a tangible, functional drone shield system.
These steps illustrate the process of moving from computer design based on abstract models (pure plan geometric modelling and/or planar graph theory, both vertex and edge free) to prototyping a working physical prototype.
Helbling Technik
Booth
12
About
The Helbling Group supports companies ranging from startups to large corporations with product innovation and development. The focus is on sustainable, innovative, and complex systems in a large variety of industries such as robotics and mechatronics, medical technology, household appliances, mechanical and plant engineering, transportation, and many more.
The group employs over 630 professionals at locations in Switzerland, Germany, Poland, the USA and China.
Exhibition
Showcase: Advanced robot interaction
Experience simplified human-robot interaction and enhanced mechatronic systems thanks to physical AI.
We are looking forward to your visit and interesting discussions about the future of robotics development.
hepia HES-SO MyShell
Booth
53
About
MyShell is a team of researchers who have been independently developing for 4 years a set of technologies and know-how linked to the design and manufacturing of totally innovative self-stressed structures. A main application of this type of structure is the protection of drones. Our protective cages are self-constraint, light, resilient, available in several geometries whose scale is variable.
Exhibition
Demo: MyShell team will present its innovative self-constrained structures presented in different geometries that are intended to protect drones.
HSLU (AI & Robotics Research Lab)
Booth
16
About
HSLU AI Robotics Research Lab – Building the future of human-robot collaboration
At the AI & Robotics Research Lab, our research focuses on the advancement of both mobile and industrial robotics, with particular emphasis on factory automation and artificial intelligence. We specialise in scheduling and planning systems, as well as the promotion of seamless human-machine interaction and collaborative robotics.
Exhibition
Experience the future of automation
Visit our stand and immerse yourself in the cutting edge of automation technology. Highlights include an intelligent robot dog: Augmented Reality controlled for an interactive experience. People recognition, Pepper chatbot: Interact with Pepper, our humanoid robot enhanced with conversational AI. And many other exciting innovations!
Idiap Research Institute
Booth
33
About
The Robot Learning & Interaction group focuses on human-centered robotics applications in which the robots can acquire new skills from only few demonstrations and interactions.
Exhibition
Innosuisse
Stand
P2
About
Innosuisse – Swiss Innovation Agency
Innosuisse’s role is to promote science-based innovation in the interests of industry and society in Switzerland. It especially promotes the partnership between academia and the market with innovation projects, networking, training and coaching, laying the groundwork for successful Swiss start-ups, products and services.
Exhibition
The Innosuisse Guide helps you find the right support offer in just a few steps: Start Guide
Innovation Booster Robotics (IBR)
Stand
P1
About
Innovation Booster Robotics, is a program dedicated to fostering radical innovation in the Swiss robotics ecosystem. Powered by the Swiss Innovation Agency, Innosuisse, and based at EPFL, this initiative aims to identify significant challenges and effectively nurture ideas to find revolutionary solutions in the field of robotics.
Through our workshops, events and funding initiatives, we promote knowledge transfer, encourage co-operation with partners along the entire chain of robotics and drive technological progress for tomorrow’s challenges.
ITK Engineering GmbH
Booth
27
About
From robotics to embedded systems 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.
Exhibition
Demo: Robot-assisted endoscope guidance system
The use of robotic assistance systems is becoming increasingly important. Surgeons can perform complex procedures with increased precision, greater confidence and improved patient outcomes. ITK Engineering will present a technology demonstrator for a robot-assisted endoscope guidance system. The robotic arm allows the endoscope to be moved freely and positioned on the simulated abdominal wall. The invariant centre of rotation can then be defined by pressing a foot switch so that the endoscope can be safely inserted into the trocar.
ITU (International Telecommunication Union)
Booth
73
About
AI for Good is the United Nations’ primary platform for artificial intelligence (AI). Organized by the International Telecommunication Union, the United Nations (UN) specialized agency for digital technologies, it is the world’s premier platform to advance AI’s contribution to sustainable development. AI for Good is supported by 47 UN partners and a range of industry sponsors. It is co-convened by the government of Switzerland.
Exhibition
AI for Good discussions foster international cooperation and innovation to create equitable access to new technologies. The discussions support ITU in spurring timely policy exchanges, developing best practices and technical standards, and catalyzing partnerships for AI and robotics solutions to contribute to the United Nations Sustainable Development Goals. For additional information, visit https://aiforgood.itu.int
Kemaro AG and Antrimon Group AG
Booth
9
About
(Kemaro:) KEMARO AG is the world’s leading robotics company in the field of autonomous, industrial dry cleaning. It was founded by three Swiss engineers in 2016 and today employs 40 people. The development team is constantly working on perfecting the performance of the K900, and through ongoing development, are continuously expanding its application possibilities. Combined with the most advanced 3D sensors, the K900 navigates through complex spaces and cleans industrial halls up to 20,000 m2 – with minimal human interaction. Companies around the world are now benefiting from the efficiency and precision of the K900, also protecting their employees and intralogistics machinery from fine dust pollution. Innovation will continue to be an important pillar for KEMARO AG to stay at the forefront.
(Antrimon:) Excellence in sustainable mechatronic systems – from a single source. At Antrimon, everything revolves around innovative mechatronic systems. We are passionate about developing services and products that offer our customers real added value. Our competency in mechatronics and the close cooperation between our teams motivate us to achieve excellence and create space for mechatronic innovations to emerge. Whether in medical technology, robotics, or other industries – we rely on future-oriented technologies and always address the individual requirements of our customers. With Antrimon at your side, you can be sure to be at the cutting edge of technology and will achieve your goals.
Exhibition
Demo: Kemaro: Cleaning Robot “K900 RC”
Plug in, charge and clean. Whether it’s a warehouse, a production facility or an industrial plant. The K900 relieves your employees and cleans where it is dangerous for people.
Demo: Antrimon: Small size electric motors, controllers, Daysipoda
Powerful and fast drives, high loads, safe embedded solutions, and motion control solutions for your individual application. Visit us at our joint booth and see for yourself.
Kolbev GmbH
Booth
11
About
Kolbev is developing autonomous mobile EV charging robots powered by renewable energy. Our solution enables flexible and scalable EV charging at any parking space, eliminating the need for costly fixed infrastructure. Kolbev provides B2B solution, but for the end EV user it is a park and forget type of service. By integrating second-life EV batteries and intelligent fleet management software, Kolbev contributes to a circular economy and promotes sustainable energy use, supporting the global transition to greener mobility.
Exhibition
Demo: Mobile Electric Vehicle charging robot
Visit Kolbev’s booth to see our cutting-edge mobile EV charging robot in action. Our autonomous robot can deliver on-demand charging directly to vehicles, showcasing the future of sustainable EV infrastructure. Learn how our solution adapts to varying demand and operates in challenging urban environments, offering unparalleled flexibility and efficiency in EV charging.
LASA, EPFL
Booth
32
About
LASA, EPFL develops methods 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.
Exhibition
We will present demonstrations of a mobile manipulator performing a mock-up surface finishing task (for shotcrete applications) and an additional demo showcasing dexterous and robust throwing using a robotic arm.
LAYERED
Booth
44
About
LAYERED automates surface finishing in construction, tackling industry challenges such as labor shortages, improving worker health, and driving productivity. Their autonomous robot is built for on-site plastering, delivering enhanced speed and precision for surface finishing tasks. By integrating robotic mobility with an innovative thin-layer printing method, LAYERED provides a scalable solution adaptable to diverse construction surfaces, transforming labor-intensive processes into efficient, automated workflows.
With a team of specialists in architecture, construction, digital fabrication, robotics, and AI, LAYERED is developing Switzerland’s first autonomous system for surface finishing. Their technology sets a new benchmark for sustainable, high-quality finishing in the construction sector.
LIS, EPFL
Booth
61
About
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.
Exhibition
Explore the Aerial robotics section of the exhibition, featuring flapping robots inspired by insects and birds, agile, bird-like drones, and aerial robots transitioning between walking and flying.
In the Soft Robotics section, discover the innovative outcomes of the RoboFood project, where robots are designed to be edible, and food behaves like robots. This section also highlights robots utilizing tensegrity structures.
LMTS, EPFL
Booth
70
About
We develop reliable soft stretchable compliant actuators, sensors and transducers. Our research cuts across different miniaturized actuator technologies, with a primary focus on elastomer-based solutions and multi-functional stretchable materials. We are part of the EPFL Institute of Mechanical Engineering.
Exhibition
emo: Clutchable Fabric Actuator
The soft fabric actuator integrated with shape memory alloys and electrostatic clutches lifts several kilogram weight and holds its position with several milliwatts power.
Demo: Electroadhesion suction cups
Electroadhesion suction cups can grasp a wide variety of objects from the top without the need of an active vacuum system. They were designed in order to provide a low-power, silent, and electrically driven alternative to vacuum suction cups.
Demo: Electrohydrodynamically powered McKibeben actuator
Electrohydrodynamic (EHD) fiber pumps provide a soft alternative to the stiff compressors and valves currently used to drive soft robotic actuators. Our demo shows a McKibben actuator driven by and EHD fiber lifting a 1kg load.
Demo: Linear electrostatic Motor Fiber (LEMF)
The LEMF is a millimeter-wide coaxial fiber-based electrostatic motor that achieves bi-directional actuation with modular scalability. This helical design simplifies the fabrication process and electrode connections, while the modular nature of the coaxial fiber.
MathWorks
Booth
13
About
MathWorks is the leading developer of mathematical computing software. MATLAB, the language of engineers and scientists, is a programming environment for algorithm development, data analysis, visualization, and numeric computation. Simulink is a block diagram environment for simulation and Model-Based Design of multidomain and embedded engineering systems. Engineers and scientists worldwide rely on these products to accelerate the pace of discovery, innovation, and development in automotive, aerospace, communications, electronics, industrial automation, and other industries. MATLAB and Simulink are fundamental teaching and research tools in the world’s top universities and learning institutions. Founded in 1984, MathWorks employs more than 6,000 people in 34 offices around the world, with headquarters in Natick, Massachusetts, USA. For additional information, visit www.mathworks.com.
Exhibition
Demos on how to use MATLAB® and Simulink® for developing Robotics and Autonomous Systems
Developing these complex systems requires diverse team collaboration in perception, motion planning, and physical modeling. MATLAB® and Simulink® provide a unified environment, supporting the entire robotics workflow from requirements management through modeling, simulation, deployment, and certification.
MATLAB and Simulink for Startups
The MATLAB and Simulink for Startups program offers low-cost access to MATLAB® and Simulink®, enabling rapid prototyping, efficient algorithm development, and seamless integration, helping startups accelerate innovation and reduce time-to-market with expert support and scalable solutions. A representative from our MATLAB and Simulink for Startups team will be available to answer your questions.
Maxon Switzerland AG
Booth
22
About
Maxon is a global leading provider of electric drive systems. We develop technology that is the basis for success.
Exhibition
Melexis
Booth
39
About
Explore photorealistic digital replicas of spaces from the physical world. It’s just like being there. Step right into artist creative spaces like Daniel Arsham’s workshop and garage, housing car projects, sculpture, design, and furniture. Examine the details of tools and machines in Rebecca Fox’s studio, and witness the entire assemblage process in Gil Bruvel’s studio. This is a demo experience to showcase our vision for photorealism, as a profound new way to feel like you’re physically there. We created these digital replicas using mobile phone scanning and cloud-based processing (scanning is not available to users today).
Exhibition
Demo: Tactaxis
A tactile sensor for robotic grippers and fingers.
Demo: Elaxis module
Elaxis module: a torque sensor for robotic joints.
Demo: Arcminaxis
Arcminaxis: an angular encoder for robotic joints.
Meta
Booth
23
About
Exhibition
Explore photorealistic digital replicas of spaces from the physical world. It’s just like being there. Step right into artist creative spaces like Daniel Arsham’s workshop and garage, housing car projects, sculpture, design, and furniture. Examine the details of tools and machines in Rebecca Fox’s studio, and witness the entire assemblage process in Gil Bruvel’s studio. This is a demo experience to showcase our vision for photorealism, as a profound new way to feel like you’re physically there. We created these digital replicas using mobile phone scanning and cloud-based processing (scanning is not available to users today).
MICROBS, EPFL
Booth
65
About
The MICROBS lab at EPFL focuses on two research areas: microrobotic medical devices and micromanipulation tools. We develop microengineered instruments that are equipped with advanced sensing, actuation, and navigation capabilities. These instruments are designed for use in precise biomedical procedures, allowing for groundbreaking applications in healthcare and the study of complex biological systems.
Exhibition
Demo: Microrobotic biomedical platforms
We will present several platforms showcasing the latest advancements in microrobotics, emphasizing their potential for medical and biological research. These demos will highlight innovative approaches in manufacturing, actuation, sensing, and control, demonstrating how these cutting-edge technologies can be applied to explore new frontiers in healthcare and scientific discovery.
mimic robotics
Booth
36
About
mimic is an ETH Zurich spinoff pioneering the automation of manual processes through advanced autonomous robotics. Specializing in “intelligent” humanoid robotic hands, we automate non-standardized manual tasks across manufacturing, logistics, and food & beverage industries. Our technology not only streamlines operations but also addresses labor shortages, boosting productivity for both SMEs and large enterprises.
Exhibition
At Swiss Robotics Day, mimic will showcase its latest robotic hand, purpose-built for automating a variety of manipulation tasks. Our live demo will feature an autonomous policy running on the robotic hand, tackling an industrial task, offering attendees a firsthand look at how robotics can revolutionize manual workflows.
Neuromorphic Computing Group, ZHAW
Booth
28
About
The Neuromorphic Computing Group at the Institute of Computational Life Sciences (ICLS) at ZHAW in Wädenswil develops brain-inspired hardware and software technology to enable human-centered, assistive robots. We work with event-based cameras and neuromorphic chips to develop real-time 3D perception and with virtual mechanisms to couple vision seamlessly into safe and adaptive control of robotic arms.
Exhibition
Demo: Towards service robotics: vision driven control of a robot arm
In our interactive demo we will show how a robotic arm can be controlled through a markerless vision system, while staying agile, flexible, and safe.
Noctua, ETHZ
Booth
56
About
NOCTUA – Soft Robotics Lab, ETH – Research Project Emerging from a Focus project at ETH, NOCTUA aims to develop a silent, long-endurance drone capable of operating for up to a full day.
Exhibition
Demo: The Plane
We are excited to showcase our newly developed, silent long-endurance drone, which has successfully completed several test flights in Switzerland. This innovative drone demonstrates exceptional performance and efficiency, proving its potential capability for extended operations up to a full day.
Nomadz, ETHZ
Booth
1
About
Robots and Artificial Intelligence are getting more and more popular in our society. We use these technologies for a variety of purposes, such as supporting us in common activities and avoiding repetitive or dangerous tasks. However, a lot of research is still needed before robots can live alongside people in a cooperative and safe environment.
We are NomadZ, the RoboCup team of ETH Zürich. The ambitious goal of RoboCup is to promote research and innovation in robotics and AI to make machines as capable as humans in everyday activities, via the collaboration between multicultural and multidisciplinary groups of people. As university students, we develop software to allow robots to play football autonomously and participate in international competitions with other teams from around the world.
Exhibition
Pick8ship Technology AG
Booth
47
About
Pick8ship is the breakthrough technology to automate fulfilment and delivery with robotics, smart containers and AI. Shippers can automate storage, picking, sorting and shipping with a single, fast modular system. Pick8ship is a game changer: 6 to 10 times faster order picking, up to 75% space savings, 50 to 70% reduction in operating costs. Fast payback of 3 to 4 years. Universal use from food, fashion & beauty, health & care to electronics and industrial assembly replenishment. Rapidly scalable from small to large systems in days (not years).
Exhibition
- Pick8ship All in ONE system overview: mobile handling robots, smart containers and AI powered Infinity.ai software
- Video demo of the Pick8ship system from our Experience Center at the Switzerland Innovation Park Zurich
- Meet our CEO & Founder and our Lead of Robotics
prodartis
Booth
8
About
Additive Manufacturing of serial plastic parts in a high quality close to injection moulding
prodartis AG is a service provider focused on mass production of additive produced plastic parts in high quality close to injection moulding. We produce plastic parts on Selective Laser Sintering (SLS) machines or with our fast Multi Jet Fusion (MJF) Technology which produces parts with high and homogeneous tensile strength.
Our additive produced SLS plastic parts have a higher density than known from conventional SLS- or 3D-Printing-processes.
«Additive Manufacturing of series production parts and Rapid Prototyping»
We supply the following services
- Additive Manufacturing of series production parts
- Rapid Prototyping
- Consulting and Engineering
What about the economic efficiency of your current or planned plastic part production? The reliable additive manufacturing of prodartis AG will convince you – take the first step, we will be happy to accompany you! prodartis AG: Additive manufacturing, industrial 3D printing, rapid prototyping.
Exhibition
Demo: Additive Fertigung
Rapid Manufacturing
Booth
45
About
Manufacturing service bureau for both metal and plastic parts. We offer Additive Manufacturing, vacuum casting, injection moulding and CNC milling for any kind of materials. We are your partner for small batch series, with a deep focus on robotics parts
Exhibition
REHAssist, EPFL
Booth
63
About
The research group Rehabilitation and Assistive Robotics (REHAssist) is headed by Dr Mohamed Bouri, and is affiliated with the Laboratory of Biorobotics (BIOROB) and the Laboratory of Translational Neural Engineering (TNE) of EPFL. The research and development at REHAssist is mainly focused on assistive wearable robotics (exoskeletons), rehabilitation technology (electrical stimulation), and surgical robotics for minimally invasive surgery.
Exhibition
Demo: eWalk: A partial assistance hip exoskeleton to promote mobility
eWalk is a lightweight hip exoskeleton designed to reduce the effort required for walking and promote mobility among target populations ranging from able-bodied persons to elderly individuals and patients suffering from mild gait impairments. In our demo, we will showcase the device in action, with different control strategies.
Demo: Autonomyo: A full leg exoskeleton for gait and balance assistance
AUTONOMYO is a lower limb exoskeleton designed to assist walking for people with muscular weakness or motor deficits. The exoskeleton includes three actuated degrees of freedom per leg, corresponding to the human hip adduction/abduction, the hip flexion/extension and the knee flexion/extension motions. We will demonstrate its function with a human user in various modes of assistance/resistance.
RoBoa, ASL, ETH Zürich
Booth
0
About
The robotic revolution to save disaster victims and inspect confined spaces! RoBoa goes where no other robots, drones, or humans can go!
Exhibition
Robolem
Booth
2
About
Robolem brings mobile robotics to the service sector. While autonomous solutions are already well-established in highly automated environments like intralogistics, mobile robotics has yet to gain widespread traction in areas such as facility management. Robolem offers an affordable automated chassis that provides a foundation for diverse automation tasks in large buildings. Through a modular approach to hardware and software, we digitize and optimize existing processes – from semi-automated to fully autonomous transport carts. This opens up countless possibilities for increased efficiency and innovation.
Exhibition
Discover examples of how modular mobile robotics can be integrated into everyday life and the possibilities that current technology offers.
Robotics and Perception Group, UZH
Booth
49
About
Robotics and Perception Group’s 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.
Exhibition
At the event, we will present our advanced drones and conduct a live demo of our innovative event camera research. Event-cameras are novel, bio-inspired sensors that asynchronously measure changes in illumination at every pixel, with very low-latency. We will show a live stream from an event camera, allowing attendees to witness firsthand the benefits of these sensors, including their ability to capture fast-moving objects without any motion artifacts and their hight dynamic range. At the event, we will present our latest research, where we exploit event cameras alone or combine them with standard cameras to design more robust and efficient algorithms which will power the technology of the future.
RRL, EPFL
Booth
71
About
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.
Exhibition
Demos:
Third arm: Human augmentation with an origami-inspired supernumerary robotic arm.
Dynamic haptic interface: Viscosity-controlled interface for generating sequential patterns for haptic feedback.
SORI: Introducing the softness-rendering interface (SORI), a haptic display with an origami structure that decouples contact area and force to replicate softness sensations accurately.
Robotic Platform for Virtual Dynamic Environments: Full-body kinetic immersion by combining real-time physical interaction with virtual events. Key application: Skiing simulator – replicating realistic motion and force dynamics of skiers.
Surface-based object manipulation: Reconfigurable modular robots with a minimalist flat plate end effector for complex object manipulation without grasping.
DIGITS: Soft robotic haptic interface that not only provides haptic feedback in VR, but also helps and motivates people to recover mobility of upper extremities by making hand and neuro rehabilitation interactive, immersive, effective, and therefore, progressive.
RSL, ETHZ
Booth
4
About
The Robotic Systems Lab designs machines, creates actuation principles, and builds up control technologies for autonomous operation in challenging environments.
Exhibition
RobotX - ETH Center for Robotics
Booth
0
About
Exhibition
S3C
Booth
46
About
Collaborative robotics (Cobotics) shows high potential to increase flexibility and productivity in manufacturing and thus to maintain production sites and jobs in Switzerland.
The S3C overcomes current roadblocks by providing a state-of-the-art test and experimentation facility for Swiss industry to explore and extensively test the suitability and quantitative advantages of Cobotics by providing following infrastructure:
- Safe but realistic, industrial-like test environment
- Confidential testing conditions
- Adaptable, modular test benches and setups
- Scalable options from quick tests to extensive, long-term testing
- Local test options with a central test center in Biel as well as multiple mobile test setups
Exhibition
Demo:
The DrawBot creates a high-quality portrait from any selfie you send, capturing the essence and detail of a professional artist’s work.
SCHUNK
Booth
42
About
SCHUNK is a technology company that develops sustainable and pioneering solutions in the fields of clamping, gripping, and automation technology with great passion. Equipped with highly innovative technologies and methods from mechanics, mechatronics, robotics, as well as software and artificial intelligence, we outfit modern manufacturing and robotic systems around the world. From smartphones and electric vehicles to medical devices – SCHUNK is involved in the production of high-tech components. SCHUNK is a family-run business with about 3,700 employees in 34 countries.
Exhibition
Demo:
End of arm tools, 5-finger servo-electric gripping hand, changing systems, electric grippers
Sensors Group, UZH & ETHZ
Booth
31
About
The Sensors Group develops neuromorphic sensors and hardware neural accelerators for agile nonlinear robotic control.
Exhibition
Demo: Cartpole Robot
This robot demonstrates 1kHz nonlinear optimal control of an inverted pendulum with an FPGA hardware neural network that computes the control action in under 5 microseconds. Visitors can try to balance their own pole.
Demo: Dextra Rock-Scissors-Paper Robot
Visitors try to beat the unbeatable Dextra which uses an event camera and a new super-quick tendon-driven hand to give the illusion that it can always outguess them.
Demo: INIVincible F1Tenth car
Seoul Robotics
Booth
7
About
Founded in 2017, Seoul Robotics has established itself as a key player in the industrial autonomous driving software market, serving major global automotive OEMs. We are pioneering the industrial autonomous driving market with our Autonomy Through Infrastructure (ATI) Technology. Unlike traditional autonomous driving technology, ATI integrates sensors, computers, and software into the infrastructure to guide vehicles from the outside. To bring the autonomous driving into reality, our team works in a new fashion. With our members from 15+ different countries worldwide, we are here to accomplish the innovation in logistics. We cherish people from different backgrounds, interests and abilities for our growing business.
Exhibition
At Seoul Robotics, we specialize in autonomous vehicle marshaling and parking solutions. We’re leading the way in first-mile logistics with our groundbreaking LV5 CTRL TWR, the world’s first infrastructure-based autonomous driving solution.
Our ATI Solution, Level 5 Control Tower (LV5 CTRL TWR), transforms non-autonomous vehicles into self-driving systems. Using a mesh network of sensors and computers on infrastructure, the LV5 CTRL TWR autonomously guides vehicles within controlled areas—without needing sensors on the cars themselves.
Visit our booth to see our advanced solutions for the future of autonomous mobility!
Sevensense Robotics
Booth
14
About
About Sevensense Robotics Sevensense builds the eyes and brains for mobile robots whose vision and intelligence empower manufacturers of manually operated vehicles to become providers of smart robots and enter the automation revolution of the 21st century. Sevensense solves complex automation challenges for its clients in the fields of logistics and service robotics. The Sevensense technology radically simplifies and accelerates their development efforts, as it can easily be installed on any type of ground vehicle, transforming them into smart robots. Sevensense envisions a world in which repetitive, dangerous, and unhygienic jobs in factories, warehouses, and public spaces will be carried out by robots equipped with their technology. The Sevensense technology has been internationally recognized with prestigious awards, including the 2021 ABB Robotics Innovation Challenge, the 2022 Swiss Technology Award, and the 2023 Swiss Logistics Award. In December 2023 ABB acquired Sevensense Robotics as part of their strategy to deliver next-generation Visual AI navigation solutions at a global scale. Sevensense Robotics is now an ABB global product center for Visual SLAM AMRs and focuses on developing and commercializing its Visual SLAM and Navigation technology.
Exhibition
Demo: Autonomous Mobile Robot
People Detection and autonomously navigating robot
Soft Robotics Lab, ETHZ
Booth
62
About
We develop soft robots and biohybrid robots, made from compliant materials similar to those found in living organisms. We design and fabricate fluidic and electric drive concepts and develop modeling, controls, and machine learning algorithms to enable soft, flexible, and adaptive interactions of robots with objects and living beings.
Exhibition
Demo: Dexterous Manipulation on a Mobile Robot Platform
Stäubli AG
Booth
21
About
Stäubli Robotics is a leading international player in industrial automation, providing engineering and technical support recognized for their efficiency and reliability. From SCARA, 6 axis industrial robots and cobots to mobile robot systems and Automated Guided Vehicles AGV, our powerful, high-precision solutions allow us to work with clients in many industries to help them tackle the challenges of Industry 4.0.
Exhibition
Demo: Romed-X
Stäubli is exhibiting its Medical Robotic Cart Romed-X used by our partners to develop new applications. It features an advanced handguiding multi-mode with 3D automatic compensation.
SUPSI
Booth
30
About
The ARM Lab at SUPSI (University of Applied Sciences and Arts of Southern Switzerland) focuses on research and development in the fields of Automation, Robotics, and Machine systems. Key research areas include robotic manipulation, autonomous systems, industrial automation, and machine learning and deep learning, often collaborating with industry partners and other research institutions to apply its findings in real-world scenarios.
Exhibition
Demo: The SHINING Cobotic Cell
The Shining cobotic cell is specifically designed for the challenging visual inspection of shiny, reflective parts, common in industries like premium watchmaking, medical devices, and precision engineering. Key features of the cell are:
• a high-resolution vision system combined with AI-driven defect detection to tackle the complexity of reflections that typically obscure defects.
• a custom vacuum end-effector with a light design to handle parts without damaging them and reducing the occlusion during the visual inspection
• collision detection and hand guidance feature to ensure easy and safe operations.
• dedicated graphical user interface to allow operators to provide feedback to the algorithm, enabling its retraining and continuous performance improvement.
• traceability through image and result storage thanks to the SQL based database
Swissmem
Stand
P4
SwissT.net (Swiss Technology Network)
Stand
P3
Technology Innovation Institute
Booth
15
About
The Technology Innovation Institute (TII) is a leading global research center dedicated to pushing the frontiers of knowledge. Our teams of scientists, researchers and engineers work in an open, flexible and agile environment to deliver discovery science and transformative technologies.
Exhibition
A2RL is an all-new extreme racing series that is pushing the envelope of autonomous technology. Conceived by ASPIRE and brought together by the tireless efforts of engineers, scientists, and programmers, it is a STEM-fueled race and global autonomous showcase.
Toolip Engineering GmbH
Booth
About
Toolip Engineering GmbH team are your expert professionals specializing in Robotics, Mechatronics, Product Design, and Engineering.
Exhibition
Engineering Services, specializing in Robotics, Mechatronics, Product Design, and Engineering.
The AI Institute
Booth
10
About
The AI Institute aims to solve the most important and fundamental problems in robotics and AI.
Exhibition
Come visit our booth and see some of the AI Institute robots in action
Triadem Solutions
Booth
41
About
Triadem Solutions AG is a specialised service company developing real-time and embedded systems for the industrial, medical, transportation and measurement market segment.
As a long-standing QNX distribution partner, we provide application development, board support package and driver development as well as training, consulting and coaching.
Exhibition
TriOrb
Booth
18
About
TriOrb Inc., a startup originating from AIST (National Institute of Advanced Industrial Science and Technology) and Kyushu Institute of Technology in Japan, provides innovative robotic solutions using a ball-driven omni-directional movement platform. Our structure uses balls instead of wheels to achieve free and flexible movement in all directions. In addition, We have overcome the challenges that conventional omni-directional mobile robots have long been unable to solve, such as external disturbance running ability, positioning accuracy, and load capacity. We will contribute to the realization of a true smart factory in the manufacturing industry by promoting labor savings in inter-process transfer and automation of ancillary tasks that until now have been abandoned for the introduction of robots. At this exhibition, we will be exhibiting “TriOrb BASE,” a high-performance mobile platform that can be used as a drive unit for a wide variety of robot’s foot and as an AMR.
Exhibition
Demo: TriOrb BASE
TriOrb BASE is capable of omnidirectional movement, strong disturbance running performance against grooves and steps, and high precision movement. In addition, the TriOrb BASE has a high load capacity of over 300 kg despite its compact size. Another major feature of this machine is its simple structure consisting of three balls and three motors, which makes it easy to maintain.
Demo: Omni-directional movement
Omni-directional movement The joystick is used to demonstrate instantaneous and smooth 360°movement in any direction , including forward/backward, left/right, turning, and diagonal. It also enables minute movements down to the millimeter for tasks that require precise positioning.
Demo: Disturbance traveling
Disturbance traveling The robot runs on soft running surfaces such as carpets and obstacles that simulate disturbances such as grating, etc. You can see how all three spheres have torque in the direction of movement and run powerfully. In the demo, you can actually operate the joystick to experience its performance. The high-performance foot will contribute to further value enhancement of your company’s services. We look forward to seeing you at our booth.
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NCCR Robotics Labs
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NCCR Robotics Spin-Offs
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Swiss Robotics
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src=”https://swissroboticsday.ch/wp-content/uploads/2018/05/BlueBotics-square.png” title_text=”BlueBotics square” url=”https://bluebotics.com/” url_new_window=”on” _builder_version=”4.9.2″ _module_preset=”default”][/et_pb_image][/et_pb_column][/et_pb_row][et_pb_row column_structure=”1_6,1_6,1_6,1_6,1_6,1_6″ _builder_version=”4.9.2″ _module_preset=”default”][et_pb_column type=”1_6″ _builder_version=”4.9.2″ _module_preset=”default”][et_pb_image src=”https://swissroboticsday.ch/wp-content/uploads/2018/05/elythor-300×300-1.png” title_text=”elythor 300×300″ url_new_window=”on” _builder_version=”4.9.2″ _module_preset=”default”][/et_pb_image][/et_pb_column][et_pb_column type=”1_6″ _builder_version=”4.9.2″ _module_preset=”default”][et_pb_image src=”https://swissroboticsday.ch/wp-content/uploads/2018/05/Faulhaber-square.png” title_text=”Faulhaber square” url=”https://www.faulhaber.com/en/about-faulhaber/locations/faulhaber-minimotor-sa-ch/” url_new_window=”on” _builder_version=”4.9.2″ 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src=”https://swissroboticsday.ch/wp-content/uploads/2018/05/Isochronic-300×300-1.png” title_text=”Isochronic 300×300″ url=”https://isochronic.com/” url_new_window=”on” _builder_version=”4.9.2″ _module_preset=”default”][/et_pb_image][/et_pb_column][et_pb_column type=”1_6″ _builder_version=”4.9.2″ _module_preset=”default”][et_pb_image src=”https://swissroboticsday.ch/wp-content/uploads/2018/05/kemaro-300×300-1.png” title_text=”kemaro 300×300″ url=”https://www.kemaro.ch/de/en/” url_new_window=”on” _builder_version=”4.9.2″ _module_preset=”default”][/et_pb_image][/et_pb_column][et_pb_column type=”1_6″ _builder_version=”4.9.2″ _module_preset=”default”][et_pb_image src=”https://swissroboticsday.ch/wp-content/uploads/2018/05/maxon-square-logo-1.png” title_text=”maxon square logo” url=”https://www.maxongroup.com/” url_new_window=”on” _builder_version=”4.9.2″ _module_preset=”default”][/et_pb_image][/et_pb_column][et_pb_column type=”1_6″ _builder_version=”4.9.2″ 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Funding & Development
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