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# Bota Systems: Bota Systems is a Swiss robotics sensing company developing high-precision force torque sensors, torque sensors, tactile sensing technologies, and software platforms for Physical AI and advanced robotics. Designed and manufactured in Switzerland, Bota Systems products enable robots to feel, learn, and interact with the physical world through reliable, high-quality force data. The company provides plug-and-play sensing solutions, robot integration kits, and custom sensor development for applications including industrial automation, haptic teleoperation, kinesthetic teaching, humanoid robotics, collaborative robots, and AI-driven robotic learning systems.

## Sitemaps
[XML Sitemap](https://botasys.com/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [Analog Input vs Digital Input: What’s the Difference?](https://botasys.com/post/analog-input-vs-digital-input/): Learn the difference between analog inputs and digital inputs, how they work, and when to use each in robotics and industrial automation.
- [Types of Robots: Complete Guide with Examples](https://botasys.com/post/types-of-robots/): From cobots to humanoids, explore all types of robots. Learn key robotics types, examples, and innovations driving automation.
- [What Is Physical AI? Meaning, Uses & Examples](https://botasys.com/post/physical-ai/): Learn what physical AI is, how it works in robotics and automation, and real-world examples transforming manufacturing, vehicles, and healthcare.
- [Robotics vs Automation: Key Differences Explained](https://botasys.com/post/robotics-vs-automation/): Understand the key differences between robotics vs automation, how they work together, and when to use each in modern industrial systems.
- [The Inverse Dynamics Problem: From Joint Torques to End-Effector Wrenches](https://botasys.com/post/the-inverse-dynamics-problem-from-joint-torques-to-end-effector-wrenches/): This article presents the inverse dynamics algorithm to estimate external contact wrenches acting on a robotic manipulator from joint torque measurements.
- [AI and Robotics in Healthcare: The Future of Medicine](https://botasys.com/post/ai-and-robotics-in-healthcare/): Explore real-world use cases of AI and robotics in healthcare, from robotic surgery to rehabilitation and teleoperation.
- [Generative AI in Robotics: Advancing Self-Learning Robots](https://botasys.com/post/generative-ai-in-robotics/): Explore how generative AI in robotics enables self-learning robots to predict, simulate, and adapt in real time - powered by high-fidelity force-torque sensing for safe, intelligent autonomy.
- [How Humanoid Robots Work: Inside AI-Powered Robotics](https://botasys.com/post/how-do-humanoid-robots-work/): Learn how humanoid robots work - from AI and sensors to walking, manipulation, and teamwork - inside modern AI-powered robotics systems.
- [AI Nurse: How Artificial Intelligence Is Transforming Care](https://botasys.com/post/ai-nurse/): Find out how AI nurse robots support clinicians, enhance safety, and streamline workflows using intelligent sensing and autonomous healthcare technologies.
- [What Is Torque? Definition, Formula & Real Examples](https://botasys.com/post/what-is-torque/): What is torque? Discover torque meaning, formula, measurement units, real-world examples, and applications in robotics, vehicles, and machinery.
- [What is a Humanoid Robot? Definition and Examples](https://botasys.com/post/what-is-a-humanoid/): Discover what is a humanoid robot, how they work, and real-world examples. Learn their definition, key components, and what humanoid robots are used for.
- [10 Most Advanced Robots in the World (2026 Update)](https://botasys.com/post/most-advanced-robot/): Discover 2026’s leading advanced robots, built with powerful AI and adaptable designs for industrial, commercial, and service roles.
- [Sensor Terminology 101: Sensitivity, Accuracy & Other Metrics](https://botasys.com/post/sensor-terminology/): Dive into sensor terminology. Understand sensitivity, accuracy, drift, and more to optimize sensor performance for robotics, automation, and other fields.
- [Tactile Sensors: Definition, Examples & Sensors](https://botasys.com/post/tactile-sensor/): Tactile sensors revolutionize technology by enabling machines to "feel" their environment. Explore tactile sensor functionality, types, and diverse applications.
- [Delta Robot: How It Achieves High-Speed Pick-and-Place](https://botasys.com/post/delta-robot/): A complete guide to delta robots—how they work, their types, key advantages, and real-world applications across industries.
- [Pick and Place Robot: What It Is and How It Works](https://botasys.com/post/pick-and-place-robot/): Discover what a pick and place robot is and how it works in modern automation. Learn about its types, components, and industrial applications.
- [Types of Load Cells: Strain Gauge, Hydraulic, Capacitive & More](https://botasys.com/post/types-of-load-cells/): Explore the different types of load cells used in industry, robotics, and weighing systems. Compare strain gauge, hydraulic, and capacitive designs
- [Scara Robot Explained: How It Works and Why It’s So Fast](https://botasys.com/post/scara-robot/): From assembly to packaging, the scara robot is transforming industries with speed and reliability. Click to see how it works.
- [Robotics in Aerospace: Shaping Aviation and Space](https://botasys.com/post/aerospace-robots/): Robotics in aerospace is revolutionizing aviation and space industries. Learn applications, benefits, and future trends shaping the skies.
- [What Is a Strain Gauge Load Cell? Working Principle & Types](https://botasys.com/post/strain-gauge-load-cell/): Learn what a strain gauge load cell is, how it works (Wheatstone bridge), key types, specs, and how to choose the right load cell for your application.
- [The Rise of Industrial Robots: Their Types, Functions & Future](https://botasys.com/post/industrial-robots/): Industrial robots are automated machines primarily used to enhance manufacturing. Learn about their various types, functions and the future of industrial robotics.
- [Robotics in Healthcare: What’s the Future of Medical Robots?](https://botasys.com/post/robotics-in-healthcare/): Dive into the world of healthcare robotics - how medical robots are revolutionizing surgery, patient care, and hospital logistics.
- [What is a Cobot? The Ultimate Collaborative Robot Guide](https://botasys.com/post/what-is-a-cobot/): From revolutionizing industry workflows to enhancing human-robot interaction - understand the definition, applications, and benefits of cobots.
- [Robot Sensors: Types and Applications Unveiled](https://botasys.com/post/robot-sensors/): Dive into the world of robot sensors! Explore how vision, force-torque, and other sensors enable robots to perceive, interact, and navigate their surroundings.
- [Cobots in Manufacturing: Their Uses and Advantages](https://botasys.com/post/cobots-in-manufacturing/): Discover the role of cobots in manufacturing industries. Learn how collaborative robots enhance efficiency, safety, and productivity on the factory floor.
- [Field to Farm: How Robots in Agriculture Revolutionize Farming](https://botasys.com/post/robots-in-agriculture/): Uncover the future of agriculture with robotics for increased efficiency and sustainability - from precision planting to autonomous harvesting, and more.
- [Guide on Robotic Arms: Exploring Types & Applications](https://botasys.com/post/robotic-arms/): This article explores how Industrial robots have revolutionized our world by diving into the technology behind robotic arms, their types and applications.
- [How to use Force Torque Sensors with TwinCAT](https://botasys.com/post/how-to-use-force-torque-sensors-with-twincat/): Master TwinCAT integration with our guide on using Force Torque Sensors. Unlock seamless application and precision in your automated systems effortlessly.
- [Choosing the Right Force Torque Sensor: External and Built-In Options Compared](https://botasys.com/post/choosing-the-right-force-torque-sensor-external-and-built-in-options-compared/): Navigate force torque sensors with our guide. Explore external vs. built-in options, ensuring you select the right fit for precision in your applications.
- [How to Mount a Multi-Axis Force Torque Sensor](https://botasys.com/post/how-to-mount-a-multi-axis-force-torque-sensor/): Properly mount a multi-axis Force Torque Sensor with tips on adapters, fasteners, cables, and more to ensure optimal performance and signal quality.
- [Reducing Sensor Signal Noise: Best Practices in Robotics](https://botasys.com/post/reducing-signal-noise-in-sensors/): Learn how to reduce electrical noise and improve sensor signal quality with practical tips for signal noise reduction in robotics.
- [Giving Robots a Sense of Touch with Force-Torque Sensors](https://botasys.com/post/robots-sense-of-touch/): Discover how force-torque sensors give robots a sense of touch for safer, smarter inspection in sewers, bridges, and more.
- [What is a Force Torque Sensor?](https://botasys.com/post/force-torque-sensor/): Discover how force torque sensors enhance robotic precision, safety, and adaptability across industries. Learn about their technology and key applications.
- [Benefits of Force Torque Sensors in Industrial Applications](https://botasys.com/post/why-using-a-force-torque-sensor-in-industrial-applications/): Unlock precision in industrial applications with a Force Torque Sensor. Explore the 'why' behind its essential role in enhancing control and accuracy.
- [What is a Six-Axis Robot? Applications & Benefits](https://botasys.com/post/6-axis-robot/): What is a six-axis robot? Explore its components, applications, benefits that make it essential in industries like automotive, electronics, and pharmaceuticals.
- [How to Select a Force Torque Sensor](https://botasys.com/post/how-to-select-a-force-torque-sensor/): How to choose the perfect force torque sensor for your application? Use this comprehensive guide to navigate the process of selecting a force torque sensor.
- [Human-Robot Interaction: Key Concepts & What Lies Ahead](https://botasys.com/post/human-robot-interaction/): How do humans and robots interact? Explore the key concepts, core technologies, and future trends in Human-Robot Interaction.
- [Robotic Control System: Types, Components & How They Work](https://botasys.com/post/robotic-control-system/): Robotic control systems power automation in manufacturing and logistics. Learn about key components, system types, and their real-world applications.
- [Robots Doing Dangerous Jobs: 10 Real-World Examples](https://botasys.com/post/robots-doing-dangerous-jobs/): Robots are taking on hazardous jobs like bomb disposal and mining, keeping workers safe while improving productivity. Learn some of the real-world examples!
- [Multi-Axis Sensor: A Comprehensive Guide on How They Work](https://botasys.com/post/multi-axis-sensor/): How do multi-axis sensors work? This comprehensive guide explores their types, working principles, applications, and how they enhance engineering precision.
- [The Three-Layer AI Architecture for Robotic Manipulation including Force Sensors](https://botasys.com/post/the-three-layer-ai-architecture-for-robotic-manipulation-including-forc-sensors/): An overview of State-of-the-art AI in Robotic Manipulation and Locomotion and the force sensor role.
- [Is AI a Robot? Exploring The Differences & Similarities](https://botasys.com/post/is-ai-a-robot/): AI and robots are often confused, but they do different roles. Learn how AI powers decision-making while robots perform physical tasks—and how they work together.
- [Rotary Torque Sensor: Exploring Rotary Motion Measurement](https://botasys.com/post/rotary-torque-sensor/): Curious and how rotary torque sensors enhance machinery efficiency and prevent failures? This guide covers their operation, types and real-world applications.
- [Machine Tending Robots: Enhancing Manufacturing Productivity](https://botasys.com/post/machine-tending/): Machine tending robots enhance manufacturing productivity. Here are the different types and industries that benefit from machine tending automation.
- [Rehabilitation Robotics: Types, Uses & 8 Success Stories](https://botasys.com/post/rehabilitation-robotics/): Rehab robots like exoskeletons and end-effectors help restore mobility after injuries, strokes, and surgeries. See how they're transforming healthcare.
- [How Weight Sensors Work: Guide to Their Types & Applications](https://botasys.com/post/weight-sensor/): Weight sensors play a vital role in measuring force accurately. This guide explores the types of weight sensors, their working principles, and applications.
- [Load Cell Calibration: Why It Matters and How to Do It Right](https://botasys.com/post/load-cell-calibration/): Ensure accurate weight measurements with load cell calibration. Learn why calibration matters, how to do it right, and best practices for maintaining precision.
- [Bota Systems and Kassow Robots Partner to Advance Touch-Sensitive Automation in Industrial Applications](https://botasys.com/news/bota-systems-and-kassow-robots-partner-to-advance-touch-sensitive-automation-in-industrial-applications/): Bota Systems and Kassow Robots partner to enhance touch-sensitive automation. Bota Systems joins the KR Pulse ecosystem, enabling seamless integration, while Kassow Robots joins Bota Systems' OEM network
- [Torque Transducer: How They Work and Their Applications](https://botasys.com/post/torque-transducer/): Discover how torque transducers work and their role in different industries. Learn about their types, applications, and future advancements.
- [Understanding Force Transducers: How They Work and Measure Force](https://botasys.com/post/force-transducer/): Discover how force transducers work, their various types, and how they revolutionize industries like robotics. Learn how to choose the right transducer for your needs!
- [Kinova Robotics Partners with Bota Systems to Accelerate Robotics AI Through Sense of Touch](https://botasys.com/news/kinova-robotics-partners-with-bota-systems-to-accelerate-robotics-ai-through-sense-of-touch/): This collaboration aims to accelerate robotic developers to bridge the Sim-to-Real gap with the multimodal interaction sensing from Bota Systems
- [Space Robots: Types, Uses, and 10 Real-World Examples](https://botasys.com/post/space-robots/): Discover how space robots help explore Mars, repair satellites, collect samples, and prepare human missions. Learn types of space robots with 10 real examples.
- [Collaborative Robots in Welding: Cobot Applications & Benefits](https://botasys.com/post/cobot-welding/): Cobots are revolutionizing welding by enhancing productivity, precision, and efficiency. Learn how they benefit industries like automotive and aerospace.
- [Underwater Robots: Transforming the Future of Ocean Exploration](https://botasys.com/post/underwater-robots/): Underwater robots are reshaping ocean exploration with advanced tech, aiding in deep-sea research, environmental monitoring, and precise underwater tasks.
- [Vacuum Grippers in Robotics: Optimizing Packaging Efficiency](https://botasys.com/post/vacuum-grippers/): Vacuum grippers take packaging to the next level with precision, safety, and cost savings. Perfect for handling everything from bags to boxes effortlessly.
- [Educational Robots: Types, Benefits & 10 Real-World Examples](https://botasys.com/post/educational-robot/): Educational robots enhance learning by promoting hands-on activities, critical thinking, and collaboration. See how they’re applied in real-world settings.
- [What Are Robot Vision Systems? A Comprehensive Guide](https://botasys.com/post/robot-vision/): Learn about the key components and workings of robot vision systems. From manufacturing to healthcare, see how this technology shapes automation and AI.
- [Robot joints: Types, Functions, and How They Work ](https://botasys.com/post/robot-joints/): What are Robot Joints? Delve into the components, types, and uses of robotic joints, and their role in making robots capable of intricate and efficient tasks.
- [Analog Vs. Digital Sensors: Understanding The Key Differences](https://botasys.com/post/analog-vs-digital-sensors/): Analog vs. digital sensors: which is right for you? This guide breaks down their functions, benefits, and applications for easier selection in any project.
- [What Is Robotic Welding and How Does it Work?](https://botasys.com/post/robotic-welding/): Robotic welding enhances manufacturing with precision, speed, and efficiency. Learn how this technology works and how it’s transforming industries today.
- [Construction Robots: Revolutionizing Building Processes](https://botasys.com/post/construction-robots/): Revolutionize building processes with construction robots! Learn about the types and applications of construction robots.
- [Packaging Robots: An Overview of Benefits and Capabilities](https://botasys.com/post/packaging-robots/): Packaging robots reduce costs, and enhance safety in industries like manufacturing, and healthcare. See their key benefits and capabilities.
- [Bota Systems opens Customer Experience Center at HEIDENHAIN CONNECT Innovation Hub](https://botasys.com/news/bota-systems-opens-customer-experience-center-at-heidenhain-connect-innovation-hub/): Bota Systems, a pioneer in multi-axis force-torque sensors, has opened its own Customer Experience Center (CXC) at HEIDENHAIN’s CONNECT Manufacturing Innovation Hub in Fremont, California.
- [AI-enabled robots and the importance of force sensing](https://botasys.com/post/ai-enabled-robots-and-force-sensing/): Learn how force sensing enhances AI model training for robots, enabling better physical interactions, precision tasks, and safer human-robot collaboration.
- [Bota Systems’ New SensONE T80 Force-Torque Sensor Optimizes Cobots for Heavy Payloads with Integrated Mounting Flange](https://botasys.com/news/bota-systems-new-sensone-t80-force-torque-sensor-optimizes-cobots-for-heavy-payloads-with-integrated-mounting-flange/): Bota Systems, a pioneer in multi-axis force-torque sensors, has launched the SensONE T80, specifically designed for larger cobots. Featuring ISO-standard flanges on both sides, the sensor simplifies integration and ensures superior accuracy even with heavier payloads.
- [Bota Systems’ PixONE recognized as winner of EDGE Award](https://botasys.com/news/bota-systems-pixone-recognized-as-winner-of-edge-award/): Bota Systems, a pioneer in multi-axis force torque sensors, is honoured to announce its PixONE sensor has been chosen as a winner in the 2024 EDGE Awards, in the category Robotics & Motion Control.
- [Guide to Load Cells: What They Are and How They Work](https://botasys.com/post/load-cell-guide/): Explore the working principles of load cells, from strain gauges to hydraulic sensors. Find out how they provide accurate force measurement in various industries.
- [10 Research Robots Shaping the Future of Technology](https://botasys.com/post/research-robots/): Robots are revolutionizing research across industries like medicine, space, and gaming by performing tasks with precision, transforming technology's future.
- [Understanding Medical Sensors: Types, Examples, and Applications](https://botasys.com/post/medical-sensors/): Medical sensors drive advancements in healthcare. Explore different sensor types, from biopotential to imaging, and their role in improving patient outcomes.
- [Autonomous Robots: What They Are and How They’re Used](https://botasys.com/post/autonomous-robots/): Autonomous robots are transforming industries with their precision and efficiency, offering serious advancements in manufacturing, logistics, and healthcare.
- [What Is Sensor Calibration And Why It Matters](https://botasys.com/post/sensor-calibration/): Understand why calibrating sensors is key to ensuring accurate measurements, reducing errors, and maintaining system reliability.
- [What Is Baud Rate? Formula, UART, and Common Values](https://botasys.com/post/baud-rate-guide/): Learn what baud rate means, how to calculate it, baud rate vs bit rate, UART settings, and common serial communication speeds like 9600 and 115200.
- [Top 10 Applications of Robotics in 2024: The Future Unveiled](https://botasys.com/post/applications-of-robotics/): The top 10 robotics applications transforming industries - from healthcare to agriculture. See how robots are reshaping our future.
- [Automotive Manufacturing Robots Explained: A Thorough Guide](https://botasys.com/post/automotive-robots/): Get in gear with automotive robots! See how these high-tech helpers turbocharge efficiency, quality, and safety in car manufacturing.
- [How to Calculate Torque: Formula, Examples & Step-by-Step Guide](https://botasys.com/post/how-to-calculate-torque/): Learn how to calculate torque with our comprehensive guide, covering essential formulas, practical applications, and real-world examples.
- [Robot Programming Language: 5 Options Explored](https://botasys.com/post/robot-programming-language/)
- [8 Different Types of Industrial Robots: A Comprehensive Guide](https://botasys.com/post/types-of-industrial-robots/): Understand the different types of industrial robots available and their incredible abilities to perform various tasks.
- [Cobot Vs Robot: What Are The Key Differences?](https://botasys.com/post/cobot-vs-robot/): Explore the key differences between cobots and robots in our concise guide, highlighting their roles in transforming industries.
- [History of Robots: From Fiction to Reality](https://botasys.com/post/history-of-robots/): Discover the origins and advancements of robots, from ancient automatons to cutting-edge AI, in our in-depth exploration of robot history.
- [The Rise of Logistics Robots: Revolutionizing Supply Chains](https://botasys.com/post/logistics-robots/): Logistic robots play a massive role in manufacturing, ensuring the right delivery of products and, hence, improving product safety.
- [Torque Sensor: How They Work and Their Applications](https://botasys.com/post/torque-sensor/): Discover the magic of torque sensors - revolutionizing precision measurement. Explore our advanced technology and applications for unparalleled accuracy.
- [Service Robots: Their Roles and Applications Explored](https://botasys.com/post/service-robots/): Uncover the transformative potential of service robots and learn about Bota Systems' precision force-torque sensors.
- [What is a Sensor: Unveiling the World of Sensing Technology](https://botasys.com/post/what-is-a-sensor/): Discover the essence of sensors: their functions, applications, and impact. From robotics to industrial automation, explore how sensors shape our daily lives.
- [Understanding Force Sensors: How They Work and Measure Force](https://botasys.com/post/force-sensors/): Uncover the mechanics behind force sensors and their pivotal role in modern technology. Explore their applications, types, and how they're shaping the future.
- [Assembly Line Robots: Types and Functions Guide](https://botasys.com/post/assembly-line-robots/): Read about the essentials of assembly line robots: types, applications, advantages, and integration considerations.
- [Painting Robots: Benefits, Applications, and Sourcing Tips](https://botasys.com/post/painting-robots/): Learn the advantages of using painting robots in different industries. Find out their applications and sourcing tips to optimize production lines.
- [Bota Systems unveils ultra-lightweight through-hole force-torque sensor for robotics applications](https://botasys.com/news/bota-systems-unveils-ultra-lightweight-through-hole-force-torque-sensor-for-robotics-applications/): Bota Systems, today launched the PixONE, a cutting-edge through-hole sensor that integrates high-performance electronics within a compact, ultra-lightweight design.
- [Bota Systems’ new force torque sensor triples sensitivity of small payload cobots](https://botasys.com/news/bota-systems-new-force-torque-sensor-triples-sensitivity-of-small-payload-cobots/): Bota Systems, a pioneer in multi-axis force torque sensors, has launched the SensONE T5, a high sensitivity version of its SensONE sensor.
- [Bota Systems and NEXT robotics announce collaboration in Germany, Austria and Switzerland](https://botasys.com/news/bota-systems-and-next-robotics-announce-collaboration-in-germany2c-austria-and-switzerland/): Bota Systems and NEXT robotics co-exhibit at Motek, the international trade fair for automation in production (Hall7, Booth 7103), October 10-13, Stuttgart, Germany.
- [Bota Systems announces $2.5 million in Seed Round](https://botasys.com/news/bota-systems-announces-242-5-million-in-seed-round/): Bota Systems Raises $2.5 Million in Seed Round to give robots the Sense of Touch with their force torque sensing solutions.
- [Bota Systems joins Universal Robotics UR+ ecosystem to simplify integration of force-torque sensors](https://botasys.com/news/bota-systems-joins-universal-robotics-ur2b-ecosystem-to-simplify-integration-of-force-torque-sensors/): – Bota Systems, a pioneer in multi-axis force-torque sensors, announces its new Universal Robot FT Sensor Kit, a highly sensitive six-axis force-torque sensor that is certified by Universal Robots (UR) for use with their collaborative robots, including their newest UR20 model.
- [Bota Systems Introduces the MiniONE Pro: A Highly Sensitive Force-Torque Sensor for Robotic Applications](https://botasys.com/news/bota-systems-introduces-the-minione-pro3a-a-highly-sensitive-force-torque-sensor-for-robotic-applications/): Bota Systems, a pioneer in multi-axis force-torque sensors, is excited to announce the launch of the MiniONE Pro.
- [Bota Systems and Kinova partner for easy installation of force torque sensors](https://botasys.com/news/bota-systems-and-kinova-partner-for-easy-installation-of-force-torque-sensors/): Bota Systems, a pioneer in multi-axis force-torque sensors, announces it is working with Kinova, and has developed the Bota Kinova Kit to make it quick and easy to mount the Bota SensONE force torque sensor on a Kinova Gen3 robot arm.

## Pages
- [Bota Systems](https://botasys.com/): High-precision, compact 6-axis force torque sensors, torque sensors, tactile sensors and software that enable robots to feel, learn, and interact with the physical world.
- [Assembly Robots](https://botasys.com/applications/assembly-robots/): Welcome to the future of assembly processes, where precision meets flexibility, and reliability is paramount. At Bota Systems, we specialize in providing cutting-edge force torque sensor solutions tailored for assembly robots, transforming your production line into a seamless and efficient operation.
- [Paint Robots](https://botasys.com/applications/paint-robots/): Explore a new chapter in the painting industry, where intricate and flawless finishes become readily achievable with Bota Systems' advanced force torque sensor solutions. Tailored for paint robots, our sensors aim to enhance painting processes by incorporating precision, adaptability, and consistent quality into every stroke.
- [Welding Robots](https://botasys.com/applications/welding-robots/): Step into the future of welding applications, where precision and reliability redefine the standards of weld quality. Bota Systems offers state-of-the-art force torque sensor solutions designed specifically for welding robots, upgrading the welding process with precision, adaptability, and consistently high weld quality.
- [Palletizing & Packing Robots](https://botasys.com/applications/palletizing-packing-robots/): Enter a new era of palletizing and packing applications, where precision and efficiency redefine the standards of packaging quality. Bota Systems offers force torque sensor solutions that ensures packaging process with precision, adaptability, and consistently high packaging quality.
- [Logistics Robots](https://botasys.com/applications/logistics-robots/): Join the evolution of logistics applications with Bota Systems' advanced force torque sensors. Tailored for logistics robots, our sensor solutions offer unparalleled precision, adaptability, and the consistent reliability demanded by modern material handling processes.
- [Custom Force Torque Sensors](https://botasys.com/custom-force-torque-sensors/): When standard sensors are not enough, Bota Systems develops custom 6-axis force torque sensors tailored to your application.
- [Applications](https://botasys.com/applications/)
- [Sanding & Polishing Robots](https://botasys.com/applications/sanding-polishing-robots/): Step into the future of manufacturing, where sanding and polishing processes are no longer dirty, exhausting, or challenging. Bota Systems offers force torque sensors designed for sanding and polishing robots, upgrading finishing applications with precision, adaptability, and consistent quality.
- [Kassow Robots F/T Sensor Kit](https://botasys.com/robot-accessories/kassow-ft-sensor-kit/): The Kassow Robots Force Torque Sensor Kit, powered by the SensONE and LaxONE Series 6-axis force torque sensors, is a true plug-and-play solution tailored for Kassow Robots. Its compact, lightweight design ensures the robot retains maximum payload for tooling, while the robust, stiff structure handles overloads and cyclic loads with high sensitivity. This makes it ideal for demanding application such as sanding, polishing, deburring, assembly, and product testing.
- [Universal Robot F/T Sensor Kit](https://botasys.com/robot-accessories/collaborative-robot-ft-sensor-kit/): The Universal Robots Force Torque Sensor Kit, powered by the SensONE Series 6-axis force torque sensor, is a plug-and-play solution for Universal Robots’ CB and E-Series. Its compact, lightweight design maximizes payload capacity, while the robust, stiff structure withstands overloads and cyclic loads with high sensitivity, ideal for sanding, polishing, deburring, assembly, and product testing.
- [Meca500 Rokubi FT Sensor Kit](https://botasys.com/robot-accessories/meca500-medusa-ft-sensor-kit/): This Mecademic Meca500 FT Sensor Kit with the Medusa sensor offers a robust and cost effective solution to many force feedback applications. The Medusa is ideal for applications with high forces and torques, while offering high resolution in a compact form factor.
- [Meca500 MiniONE Pro FT Sensor Kit](https://botasys.com/robot-accessories/meca500-minione-pro-ft-sensor-kit/): This Mecademic Meca500 FT Sensor Kit with the MiniONE Pro sensor offers a compact and cost effective solution to many force feedback applications. The MiniONE Pro is ideal for applications where space is limited and weight is a critical factor.
- [Kinova Gen2 F/T Sensor Kit](https://botasys.com/robot-accessories/kinova-gen2-ft-sensor-kit/): The Kinova Gen2 Force Torque Sensor Kit enables an existing Kinova Gen2 robot (Kinova Jaco) to be retrofitted with a sensor to enhance the end-effector force torque sensitivity.
- [Staubli Robots F/T Sensor Kits](https://botasys.com/robot-accessories/industrial-robot-ft-sensor-kit/): The Stäubli Robots Force Torque Sensor Kit, powered by the SensONE and LaxONE Series 6-axis force torque sensors, is a true plug-and-play solution tailored for Stäubli robots. The connection to the robot's forearm panel simplifies cabling, while the robust, stiff structure withstands overloads and cyclic loads with high sensitivity. This makes it ideal for demanding applications such as sanding, polishing, deburring, assembly, and product testing.
- [Kinova Gen3 F/T Sensor](https://botasys.com/robot-accessories/kinova-gen3-ft-sensor-kit/): The Kinova Gen3 6-axis Force Torque Sensor delivers advanced force and torque measurement capabilities for the Kinova Gen3 robotic arm, enhancing precision, sensitivity, and repeatability.
- [MegaONE ](https://botasys.com/force-torque-sensors/megaone/): The MegaONE is an industrial 6-axis Force Torque sensor — the strongest in our lineup —enabling high payload force and torque measuring applications. Created to meet the growing need for an F/T sensor with a very high payload that can be used with heavy industrial robots.
- [LaxONE ](https://botasys.com/force-torque-sensors/laxone/): The LaxONE is an industrial 6-axis Force Torque sensor designed to accelerate force-sensitive industrial applications. Created to meet the growing need for an F/T sensor that can easily retrofit to medium payload robots.
- [PixONE](https://botasys.com/force-torque-sensors/pixone/): PixONE is a 6-axis force torque sensor developed for robot OEMs and system designers who need integrated sensing without the complexity of building their own solution. Its flat, compact, and lightweight design blends directly into robotic structures, while the through-hole layout, internal cabling, and O-ring ingress protection ensure durability, smooth cable management, and freedom of movement even in demanding environments.
- [SensONE T80](https://botasys.com/force-torque-sensors/sensone-t80/): The SensONE T80 is an industrial 6-axis Force Torque sensor designed to accelerate force-sensitive industrial applications. Created to meet the growing need for an F/T sensor that can easily retrofit to high payload robots with ISO flange.
- [SensONE](https://botasys.com/force-torque-sensors/sensone/): The SensONE is an industrial 6-axis Force Torque sensor — the easiest to integrate in our lineup — designed to accelerate force-sensitive industrial applications. Created to meet the growing need for an F/T sensor that can easily retrofit to medium payload robots with ISO flange.
- [Rokubi](https://botasys.com/force-torque-sensors/rokubi/): The Rokubi is a versatile 6-axis Force Torque sensor — the most successful in our lineup — designed to accelerate advanced robotics research. Created to meet the growing demands of robotic locomotion, manipulation, and AI development, it offers an exceptional measuring range in a compact, fully integrated design.
- [MiniONE Pro](https://botasys.com/force-torque-sensors/minione-pro/): The MiniONE is an ultra-sensitive 6-axis Force Torque sensor — the most sensitive in our lineup — designed to enhance robots with sub-micrometer accuracy for the most demanding precision applications. Developed to meet the growing need for ultra-fine control in advanced automation, it delivers unmatched resolution and noise performance.
- [Robotic Partner Network](https://botasys.com/partner-network/): Ready to add force-sensing to your robotic system?Find the right distributor and integrators for your system.
- [Quote](https://botasys.com/quote/): Tell us about your project and the products you're interested in.Our engineering team will get back to you with pricing, technical details, and recommendations.
- [Tactile Sensing](https://botasys.com/physical-ai/tactile-sensing/): Fingertip-level sensing that detects micro-forces and slip, enabling stable grasping and reliable contact-aware manipulation.
- [Kinesthetic Teaching](https://botasys.com/physical-ai/kinesthetic-teaching/): Program robots by physical demonstration while capturing synchronized motion, force, and sensory data for fast, scalable AI training.
- [Haptic Teleoperation](https://botasys.com/physical-ai/haptic-teleoperation/): Real-time remote robot control with force feedback, enabling precise manipulation, safer operation, and high-fidelity data collection for AI training.
- [Physical AI](https://botasys.com/physical-ai/): Robotics AI training platform combining force, tactile, vision, and robot state data to generate high-quality multimodal datasets for contact-rich manipulation.
- [Solutions](https://botasys.com/solutions/): Improve the quality, flexibility, and safety of robotic processes with precise force torque sensing.
- [Franka FR3 F/T Sensor Kit](https://botasys.com/robot-accessories/franka-fr3/): This kit utilizes our SensONE Series 6-axis force torque sensor to enhance the existing force sensing capabilities of the Franka Research 3 robot. It significantly improves the force sensitivity and resolution of the robot, providing accurate and repeatable measurements in every joint configuration, even during singularity.
- [Robot Kits](https://botasys.com/robot-accessories/): Bota Systems Robot Kits enable seamless integration of high-precision force torque sensing with popular robotic platforms. Each kit is designed to attach directly to the robot flange, providing accurate force measurements while preserving full access to the robot’s tool interface.
- [FAQ](https://botasys.com/faq/): Ready to add force-sensing to your robotic system, but still have questions? Check out our most frequently asked questions to learn more, or ask an engineer.
- [Generation-A](https://botasys.com/generation-a/): Inspired by the highest fully glaciated mountain in the Alps, the Gen A series represents a new standard in force torque sensing.
- [Robot Joint Torque Sensors](https://botasys.com/torque-sensors/): High-bandwidth, EtherCAT-enabled torque sensing designed to integrate seamlessly with strain wave gearing and compact robotic actuators.
- [News](https://botasys.com/news/): COMPANY NEWS & Events News Stay up to date with product announcements, partnerships, events, and company milestones from Bota Systems.
- [Insights](https://botasys.com/blog/): ROBOTICS INSIGHTS BLOG Insights In-depth articles exploring robotics, sensors, AI, humanoids, and real-world applications - bridging research, engineering, and deployment. AI in Robotics Robotics Sensors All
- [Contact](https://botasys.com/contact/): Contact info@botasys.com +41 43 883 34 57 Headquarters Bota Systems AG Hagenholzstrasse 85,
8050 Zurich, Switzerland Customer Experience Center (CXC) HEIDENHAIN’s CONNECT Manufacturing Innovation Hub, Fremont, CA, USA Linkedin Facebook Youtube X-twitter Instagram Github GET IN TOUCH Send us a message
- [About](https://botasys.com/about/): 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.
- [MiniONE](https://botasys.com/force-torque-sensors/minione/): The MiniONE is a miniature 6-axis Force Torque sensor — the smallest in our lineup — engineered for applications where every gram and millimeter matter. Designed to deliver exceptional precision in the most compact form, it was created to meet the demand for highly sensitive force sensing in confined spaces.
- [Force Torque Sensors](https://botasys.com/force-torque-sensors/): High-precision force torque sensors designed for robotics, automation, and Physical AI applications.
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