Top 50 Robotic Arm

Voaige designs and manufactures robotic arms that automate repetitive tasks in various industries, addressing labor shortages and enhancing operational efficiency. By leveraging advanced vision AI technology, these robotic solutions enable businesses to maintain productivity with a reduced workforce dependency.

Orangewood Labs develops AI-powered robotic arms designed for collaborative use in manufacturing environments, enabling tasks such as bin picking, visual inspection, and powder coating. These robotic systems reduce manual labor, enhance precision, and improve operational efficiency, allowing workers to focus on higher-value activities.

Ally Robotics develops an artificial intelligence-first robotic arm that utilizes no-code programming and imitation learning to enable users to easily train robots for various tasks in the restaurant, agriculture, construction, and manufacturing sectors. This technology addresses the labor shortage crisis by providing affordable and lightweight automation solutions that enhance productivity and streamline operations in low-margin industries.

Provides motion planning software for robotic arms that automates pathfinding, eliminating manual waypoint teaching and reducing programming time. The platform supports multi-arm setups, high-fidelity simulation, and collision avoidance, enabling faster deployment and improved productivity in industrial automation.

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.

The startup develops a modular surgical robotic system featuring adjustable robotic arms mounted on motorized carts, enabling precise and agile minimal access surgeries. This technology enhances surgical safety and efficiency while providing affordable minimally invasive treatment options for patients.

Telexistence develops remote-controlled and AI-driven robots specifically designed for the retail sector, utilizing advanced robotic arms for precise product handling. These robots address labor shortages and enhance operational efficiency by enabling remote management of inventory and customer interactions.

The startup operates a space robotics platform that provides robotic arms, planetary rovers, and satellite buses, utilizing agile development and vertical integration. This technology enables the space industry to lower labor costs and shorten project lead times, enhancing operational efficiency in space exploration tasks.

Eureka Robotics develops software and systems that automate precision manufacturing tasks requiring high accuracy and agility, utilizing their Eureka Controller to integrate robotic arms, cameras, and sensors. Their technology enhances quality control and operational efficiency across industries such as electronics, automotive, and aerospace by achieving near-perfect detection rates in inspections.

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.

Kinisi Robotics provides the Kinisi 01, a versatile robotic system for automating physical tasks in logistics, warehousing, and manufacturing. Its onboard intelligence and human-level dexterity enable autonomous operation for diverse applications like picking, lifting, and assembly, with rapid deployment and minimal setup.

Aeolus Robotics develops a dual-arm humanoid robot, aeo, designed for tasks such as disinfection, delivery, and security monitoring in various environments, including healthcare and property management. By automating routine functions, aeo reduces staffing needs and enhances operational efficiency while maintaining a safe and clean environment.

Movus provides a modular robotics and automation platform for industrial manufacturers, combining multi‑axis manipulators with integrated 3‑D vision, force‑torque and proximity sensors for precise pick‑and‑place and assembly. Its adaptive motion‑control engine and plug‑and‑play connectivity (OPC UA, EtherCAT, Modbus) enable real‑time trajectory adjustment and seamless integration with existing PLC, SCADA or MES systems, while a web dashboard offers remote monitoring and task programming.

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.

Perceptyne Robots develops dexterous, vision-guided robots equipped with advanced tactile sensing and joint force feedback, enabling high-precision assembly tasks in electronics and automotive industries. Their technology reduces the time to implement automation from six months to just ten days, eliminating the need for production halts or extensive infrastructure changes.

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.

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.

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.

Pivot Robotics provides an AI-powered robotic system that automates grinding and visual inspection for high-mix manufacturing. Its computer vision identifies part imperfections, while an adaptable grinding arm adjusts to unique geometries, reducing setup time from weeks to hours and improving quality control.

Connected Robotics designs and manufactures robotic arms specifically for the food industry, focusing on automating food assembly processes and quality inspection using AI-driven software. Their solutions address labor shortages and inefficiencies in food preparation, enhancing productivity and consistency in food service operations.

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.

The startup develops AI-driven robotic arms designed to automate repetitive and stationary tasks with high precision and adaptability. By enabling businesses to deploy these robots across various applications and environments, the technology enhances operational efficiency and reduces labor costs.

Atom is developing a mind-controlled artificial arm that offers near-full human range of motion and restores a basic sense of touch through non-invasive neural interfaces and wearable robotics. This technology aims to provide functional mobility and sensory feedback to the 50 million people living with limb loss.

The startup develops a customizable bionic arm designed for individuals with physical disabilities, featuring adjustable forearm sockets and various palm sizes to ensure a proper fit. This technology enables users to regain functionality in their daily activities by providing a tailored solution that enhances mobility and independence.

Apparel Robotics Corporation develops robotic cells equipped with Airbender Series grippers, adaptive end-of-arm tooling, and a custom vision system specifically designed for handling fabric-like materials. The technology addresses the inefficiencies of long offshore production cycles by enabling domestic manufacturers to increase capacity and reduce waste in apparel production.

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.

SOMARICS Robotics develops customizable soft robotic solutions, including flexible manipulators and soft grippers, designed to handle delicate and oddly shaped objects in confined spaces. Their technology enhances operational efficiency and productivity by automating tasks that traditional rigid robots cannot perform effectively.

Vertex Dynamix offers integrated robotic and automation solutions for supply chain and logistics companies. They leverage AI-driven applications, robotic arms, and AGVs to streamline material handling and production, enhancing operational efficiency and output quality.

The startup develops endoscopic robotic systems that utilize flexible robotic arms and multiple steerable cameras to enhance precision in neurosurgical procedures. This technology enables neurosurgeons to perform complex surgeries with greater accuracy, resulting in reduced recovery times for patients.

Amplibotics provides an AI-driven robotics platform that enables adaptive industrial automation for complex assembly tasks. Its system uses machine learning and modular hardware to dynamically adjust robot operations and gripper strategies in real-time, increasing flexibility and precision on variable production lines.

This startup develops a no-code interface software that enables users to intuitively control robotic arms for tasks such as palletizing, transferring, and CNC machine supervision. By providing clear instructions and optimizing parameters like size, position, and speed, the software enhances production efficiency and adaptability in various industrial applications.

The startup develops a teleoperation system that integrates an ergonomic joystick interface, a welding camera, and a collaborative robotic arm to facilitate remote welding operations. This technology enables welders to operate a variety of welding equipment in real-time, improving accessibility and precision in welding tasks.

ARIS Robotics develops social humanoid robots specifically for AI developers. These robots integrate off-the-shelf 3D scanners and robotic arms, providing a platform for AI development and automation. The company aims to increase efficiency in various processes through its robotic solutions.

This platform provides a low-code environment for creating and deploying robotic applications, simplifying the integration of robots for tasks like quality control, assembly, and packaging. By supporting a wide range of robotic arms, sensors, and tools, the platform enables businesses to easily configure, program, and control advanced robotic systems.

Arma designs and manufactures robotic arms and end effectors specifically for 3D printing applications. Their products enable automated material handling and precise control within additive manufacturing processes.

Sidekick Robotics provides an AI-powered robotic arm system that automates the entire laundry workflow for facilities. This 24/7 autonomous solution reduces labor costs by up to 50% and enhances operational efficiency through intelligent navigation and object recognition.

The startup provides a robotic arm integrated with balances and sensors to automate the calibration of handheld pipettes, transforming a labor-intensive process into a routine task. This technology generates precise performance data, enhancing pipette management and reducing risks associated with manual calibration.

Sarcomere Dynamics develops a compact, lightweight robotic hand using shape memory materials and proprietary actuator technology, providing near-human dexterity and strength. This solution addresses the limitations of traditional robotic end-effectors, enabling automation of complex tasks that require high precision and agility.

smartARM develops a bionic arm that utilizes artificial intelligence and vision technology to enable upper limb amputees to perform natural movements and regain autonomy. By integrating Dexterity OS™, the device adapts to its environment, providing users with intuitive control and enhanced functionality.

Aripix Robotics develops and installs 6-axis industrial robotic manipulators designed to automate repetitive tasks in manufacturing environments, such as CNC machining and assembly line operations. By replacing manual labor, their robots enhance operational efficiency, reduce error rates, and enable continuous production without the constraints of human labor regulations.

i-Data Robot offers an autonomous robotic solution for data center maintenance, providing automated dusting and hardware condition assessment. Its LiDAR-guided platform and robotic arms ensure proactive cleaning and early detection of equipment degradation, reducing operational costs and preventing downtime.

BIA Robotics develops the i.R.i.S system, an AI-driven robotic platform that utilizes a 6-axis robotic arm and 3D vision technology to deliver precise, automated massage and wellness treatments. This solution addresses the high labor costs and inconsistent service quality in the wellness industry by providing 24/7 availability and standardized treatment experiences.

Codian Robotics offers open delta robot mechanics for high-speed pick-and-place applications, designed for seamless integration with any industrial control system. Their customizable solutions provide manufacturers and system integrators with flexible, high-performance robotic automation for diverse industrial needs.

ANT‑X provides a turnkey Drone Lab that combines a PX4‑based UAV platform with ROS, Gazebo, and native MATLAB/Simulink interfaces, enabling researchers to design, simulate (SITL) and test guidance and control algorithms in a unified hardware‑software environment. The company also offers the ARIES fixed‑tilt multirotor equipped with a robotic arm and sub‑centimeter visual‑inertial/RTK‑GNSS positioning for stable, contact‑based non‑destructive testing in GNSS‑denied or confined spaces. Both solutions shorten development cycles, improve safety, and support a transition from academic prototypes to industrial inspection deployments.

The startup develops tactile sensors that replicate the human sense of touch for robotic applications, enabling precise grasping and manipulation of objects. These sensors enhance the functionality of robotic hands and grippers, facilitating improved efficiency in assembly and packaging processes.