Top 50 Robotic Arm in Europe

Niryo develops plug-and-play robotic arms and an intuitive software platform designed for educational and industrial automation, enabling users to easily automate repetitive tasks. Their solutions enhance productivity and provide hands-on training in robotics, addressing the skills gap in the workforce and the need for efficient manufacturing processes.

sewts provides a Physical AI automation platform that equips existing robotic arms with high‑resolution 3‑D vision, tactile arrays and force feedback, enabling real‑time perception and deep‑learning‑driven control for unstructured grasping, sorting and assembly. The solution integrates via OPC UA and ROS, streams operational data to a cloud service for continuous model improvement, and is targeted at manufacturers and logistics providers handling complex, variable or delicate goods.

Fluid Wire Robotics develops a hydraulic transmission system using patented "Fluid Wires" technology, which enables precise force and torque transfer across large distances without additional sensors. Their robotic arms are designed to operate reliably in extreme environments, such as underwater, radioactive, and explosive settings, while maintaining lightweight and modular construction for enhanced adaptability and cost efficiency.

ADAXIS provides a software platform, AdaOne, that transforms industrial robotic arms into large-scale 3D printers for additive manufacturing of parts in metal, plastics, and concrete. This technology enables manufacturers to produce complex, customized components efficiently, reducing costs, lead times, and material waste in production processes.

Mimic Robotics develops humanoid robotic hands and scalable AI models that enable dexterous manipulation in various environments, from retail to manufacturing. Their technology addresses labor shortages by automating complex manual tasks, allowing robots to learn from human workflows and adapt to new tasks with minimal fine-tuning.

CMR Surgical develops the Versius Surgical System, a modular robotic-assisted device designed for minimal access cholecystectomy, utilizing a biomimetic design that mimics the human arm for enhanced precision and control. This technology addresses the limitations of traditional laparoscopic surgery by providing surgeons with improved dexterity, a 710° range of motion, and 3D HD visualization in compact operating room environments.

Kurs Orbital offers the ARCap Module, an autonomous rendezvous‑and‑docking payload that uses radar, laser ranging and machine‑vision to locate and capture uncooperative GEO and LEO satellites. The module’s six‑degree‑of‑freedom robotic arm and fault‑tolerant software enable life‑extension, relocation, controlled de‑orbit and debris‑removal missions, while a reusable tug‑and‑container system provides standardized on‑orbit cargo transport. The solution reduces mission cost and supports sustainable orbital operations for commercial operators and space agencies.

Floating Robotics provides a robotic manipulator equipped with cameras and edge computing to automate greenhouse tasks such as harvesting and de-leafing. This technology addresses labor shortages and rising operational costs by enhancing precision and scalability in agricultural practices.

Isochronic manufactures robotic systems that utilize simultaneous part transfer technology for pick and place applications, enabling the continuous movement of multiple parts without empty-handed return strokes. This approach significantly enhances operational efficiency, throughput, and energy utilization in automated manufacturing across various industries.

Embodied AI provides soft robotic systems with compliant actuators and tactile sensing for precise manipulation of delicate and irregularly shaped objects. Our technology enables automation in manufacturing and logistics for challenging handling tasks, improving efficiency and reducing product damage.

Provides an AI-powered robot guidance system that uses 3D vision to adaptively match robot trajectories to real-time workpiece positions and orientations. This technology reduces the need for custom tooling, minimizes programming time to under 30 minutes, and enables robots to operate accurately in dynamic, unstructured, or unpredictable environments, improving manufacturing efficiency and reducing costs.

OnRobot provides a plug-and-produce platform for collaborative applications, featuring end-of-arm tools and the D:PLOY software for building, running, and monitoring automation processes. This technology enables manufacturers to reduce cycle times and increase productivity by simplifying the integration of multiple robotic systems and tools into their operations.

Microsure develops the MUSA-3 robotic system for microsurgery, allowing surgeons to perform intricate procedures on small anatomical structures with enhanced precision through tremor-filtered joystick control and the use of their own instruments. This technology addresses the limitations of human dexterity in microsurgery, enabling more patients to receive treatment for complex conditions.

The startup develops robotic grippers and cell pickers specifically designed for food technology companies and online grocery services to automate food packing processes. These robots can adaptively grip and manipulate a diverse range of fruits, herbs, and vegetables, enhancing efficiency and scalability in food handling operations.

Ganymed Robotics develops robotic systems specifically designed for orthopedic joint replacement surgeries, enhancing precision and consistency during procedures. Their technology aims to improve patient outcomes and streamline the surgical workflow, addressing inefficiencies in traditional surgical methods.

Moon Surgical develops the Maestro System, a robotic surgical assistant that integrates collaborative and adaptive robotics into existing operating room workflows. This technology enhances precision and efficiency in laparoscopic procedures, addressing the need for improved surgical outcomes and accessibility in robotic surgery.

AcuSurgical is developing a robotic system for retinal microsurgery that enhances surgical precision through dual-instrument manipulation. This technology addresses the challenges of safety and accessibility in complex eye surgeries, aiming to improve patient outcomes and streamline surgical workflows.

Nami Surgical develops robotic surgery technology that enhances precision and control during minimally invasive procedures, reducing recovery times and improving patient outcomes. Their solutions address the challenges of traditional surgical methods by minimizing trauma and complications associated with open surgeries.

Bota Systems develops compact 6-axis force torque sensors that provide precise force and torque measurements for robotic applications, enabling robots to interact safely and effectively with their environment. Their technology reduces integration time and enhances productivity by allowing for consistent force application in tasks such as polishing and assembly, addressing the need for skilled labor in demanding industrial processes.

Telekinesis develops an AI-powered robotics cloud platform that enables robots to autonomously learn from video inputs for no-code programming. This technology automates small-batch production tasks in metal manufacturing, enhancing efficiency in processes such as CNC loading, robotic assembly, and visual inspection.

Nomagic develops intelligent robotic solutions for item handling in e-commerce and retail, utilizing advanced robotics, cloud technology, and deep learning to automate order fulfillment processes. Their systems achieve a throughput of 700 items per hour and can cover 90% of SKUs, resulting in cost reductions of up to 75% and a return on investment within two years.

The startup develops robotic surgical systems specifically designed for spinal surgery, enhancing precision and reducing recovery times for patients. By integrating advanced robotics into spinal procedures, the technology aims to improve surgical outcomes and overall quality of life for individuals with spinal conditions.

Agade develops intelligent robotic exoskeletons designed to reduce the risk of shoulder musculoskeletal disorders during manual load handling in industrial settings. Their Agadexo Shoulder exoskeleton enhances worker safety and efficiency in applications such as logistics, manufacturing, and quality control.

Agile Robots develops intelligent robotic systems that integrate advanced machine learning and sensor technologies for automation in various industries. Their solutions enhance operational efficiency by enabling precise task execution and reducing labor costs in environments that require repetitive or complex manual processes.

Fizyr develops vision software with integrated AI and machine learning capabilities to enhance robotic automation for tasks like item picking and singulation. Their technology addresses the challenges of accurately identifying and handling diverse objects in dynamic environments, improving efficiency in automated workflows.

This startup develops robotics hardware and software that utilizes machine learning algorithms to enable intelligent robots to pick and pack various items, including fresh produce, within the food supply chain. Their technology enhances operational efficiency for farmers by minimizing food waste and ensuring consistent supply during labor shortages.

Gideon Brothers develops autonomous mobile robots equipped with AI visual perception to automate manual material handling tasks in manufacturing, logistics, warehousing, and retail. Their technology addresses labor shortages and inefficiencies by increasing throughput, improving process stability, and enhancing workplace safety.

Pickle Robot develops AI-enabled robotic systems that autonomously unload non-palletized goods from trailers and containers, significantly reducing the physical strain on workers. By achieving unloading times as fast as 90 minutes, the technology enhances operational efficiency and improves workplace safety in demanding logistics environments.

Koalaa designs and manufactures customizable prosthetic arms for individuals with upper body limb differences, utilizing a modular approach that allows for hundreds of combinations to enhance functionality and comfort. The company addresses the lack of accessible and affordable prosthetic solutions, particularly for children and young adults, by providing personalized support and free services in the UK.

Clone is developing superintelligent androids equipped with advanced musculoskeletal systems and highly dexterous hands to perform everyday tasks. These androids aim to alleviate physical labor and enhance efficiency in daily life activities.

Pollen Robotics develops humanoid service robots equipped with two bio-inspired 7-DOF robotic arms for precise object manipulation and a VR application for teleoperation and data acquisition. Their open-source platform enables customizable human-robot interaction, addressing the need for adaptable robotic solutions in various real-world applications.

VilPower develops a motorized orthosis that assists users with limited arm function by enabling natural movement of the shoulder, elbow, and wrist. This device empowers individuals recovering from strokes or other neurological conditions to perform daily tasks independently, enhancing their mobility and quality of life.

Solent Automation provides affordable robotic packing and palletizing systems designed for fast-moving consumer goods (FMCG) factories, addressing the labor-intensive nature of end-of-line operations. Their solutions feature flexible, easy-to-operate robots that enable quick changeovers and reduce manual labor costs, enhancing productivity and efficiency in production lines.

The company provides modular robotic automation platforms that combine six‑degree‑of‑freedom arms with integrated stereo vision and AI inference for high‑precision assembly, inspection, and material handling. Its plug‑and‑play hardware and RESTful/OPC‑UA software enable real‑time motion planning, vision‑based closed‑loop control, and seamless integration with MES and ERP systems, while cloud dashboards deliver KPI monitoring and predictive maintenance. The solution scales from single‑cell units to coordinated workcells for mid‑size to large manufacturers in automotive, electronics, and consumer goods.

Danu Robotics manufactures AI-controlled robotic systems for sorting dry mixed recyclables, utilizing computer vision and high-efficiency grippers to enhance operational accuracy in waste management facilities. Their technology retrofits into existing manual sorting operations, addressing inefficiencies and increasing throughput with minimal installation disruption.

Interventional Systems develops the Micromate, a table-mounted robotic platform that provides submillimeter accuracy for percutaneous procedures using 2D or 3D image guidance. This technology reduces intervention time by up to 57% and minimizes patient radiation exposure by up to 55%, making surgical robotics more accessible and efficient across various specialties.

Caranx Medical develops the AiiR platform, which integrates artificial intelligence, real-time image analysis, and robotic assistance to enhance precision in endoluminal surgical procedures. The TAVIPILOT system specifically optimizes aortic valve positioning, enabling less invasive interventions and improving patient outcomes through tailored, autonomous robotic operations.

AdapTronics develops electro-active adhesive layers (EAAL) that enable robotic systems to grip and manipulate objects of various shapes and materials with high precision and minimal energy consumption. This technology addresses the limitations of traditional gripping methods in logistics, both on Earth and in space, by providing a fully electric, fast-acting solution that eliminates the need for pneumatic systems or magnets.

Machnet Medical Robotics provides image-guided robotic intervention systems for minimally invasive procedures. Our technology integrates advanced robotics with real-time imaging to enhance surgical precision and visualization, improving patient outcomes and standardizing complex treatments.

Deplotic provides inflatable robotic arms for in-orbit satellite servicing. Their IDRA system enables extended satellite lifespans through efficient maintenance and repair, reducing space debris and operational costs for satellite operators.

Cognitive Engines integrates artificial intelligence with real-time vision systems to control industrial robotic arms, enhancing precision and efficiency in manufacturing. This technology improves productivity and reduces operational costs by eliminating the inconsistencies and limitations of manual operation.

The startup develops a robotic surgical platform that integrates image-guided robotics with ergonomic tools to assist clinicians in transcatheter structural heart procedures. This technology aims to lower the costs associated with un-operable patients and minimize the need for extensive post-operative care.

Witty Machines develops physically intelligent robots equipped with general manipulation systems to perform fine-grained manual tasks in industrial environments. These robots address labor shortages and improve operational efficiency for small and medium-sized businesses by automating complex, repetitive tasks.

Red Cable Robots manufactures cable robots designed for automating tasks in large workspaces with high payload capacities and rapid movement. Their technology addresses the need for efficient automation in confined areas, enabling applications such as palletizing, machine loading, and industrial prefabrication with a quick return on investment.

Pickit provides a 3D vision solution that enables robots to identify and manipulate objects in dynamic environments, enhancing tasks such as bin picking, depalletization, and assembly. This technology addresses the challenge of robotic guidance by integrating advanced hardware and software, allowing for efficient automation in manufacturing processes.

Inovo Robotics develops a low-cost collaborative robot (cobot) designed to automate repetitive and hazardous tasks within existing workforce processes. Their modular robotic arms and intuitive software enable businesses to enhance operational efficiency and reallocate staff to more valuable work without the need for extensive robotics experience.

Panda Surgical develops a handheld robotic platform that enhances dexterity and control for neurosurgeons performing minimally invasive procedures in confined spaces. This technology addresses the challenges of limited access and precision in removing tumors and abnormalities deep within the brain and spine, ultimately improving patient outcomes and expanding surgical capabilities.

The startup develops reconfigurable robotic systems that utilize next-generation actuators for enhanced manipulation and production techniques. This technology enables users to achieve efficient automation solutions that reduce operational costs and improve productivity across various applications.

The Weird Gripper Company provides patented robotic picking technology that uses material physics for gentle and precise handling of complex, non-uniform items. This approach simplifies automation for challenging materials like fresh produce and textiles, eliminating the need for external sensors or vision systems.

CAPTIC provides AI-powered robotics and inspection systems that automate complex handling and quality control tasks in manufacturing and food processing. Their plug-and-play solution integrates 3D depth cameras with proprietary AI vision, enabling robots to perform high-speed bin picking, depalletizing, and in-line inspection without specialized programming.