Robot Wiki
66 entries · manufacturers, robot models & technologies
Curated Catalog
Curated Catalog is an editorial directory platform dedicated to indexing real, commercially available robot products from leading global manufacturers. Rather than producing hardware itself, it serves as a curated reference resource, with each listed product entry linking directly to the manufacturer's official page for authoritative specifications and purchasing information. The platform's location and founding date are not publicly on file. Its product index spans multiple robotics categories — including robotic arms, mobile robots, motors, sensors, and controllers — drawing from well-established brands active in industrial, research, and service robotics markets worldwide.
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RobotUniversal Robots UR5e
The Universal Robots UR5e is a six-axis collaborative robot arm (cobot) belonging to Universal Robots' e-Series product line. Designed for light-to-medium industrial and laboratory tasks, it is widely used in assembly, pick-and-place, machine tending, quality inspection, and lab automation workflows. Universal Robots, a Danish company and a subsidiary of Teradyne, is one of the most recognized names in the collaborative robotics market. The UR5e is programmed using Universal Robots' PolyScope graphical interface on a teach pendant, making it accessible to operators without deep robotics expertise. Its built-in force/torque sensing, tool-center-point control, and a broad ecosystem of certified end-effectors and accessories (the UR+ platform) have made it a popular mid-range cobot choice across manufacturing, electronics, food handling, and research sectors.
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StarBot Robotics
StarBot Robotics is a Chinese robotics manufacturer based in Shenzhen, China, focused on the development of AI-powered companion robots designed for elder care applications. The company positions itself at the intersection of artificial intelligence and social robotics, aiming to address the growing demand for assistive technology in aging populations. As of public reporting, StarBot Robotics operates out of Shenzhen, a major hub for hardware innovation and electronics manufacturing in southern China. The company's stated mission centers on improving quality of life for elderly users through intelligent, interactive robotic companions.
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Narwal
Narwal is a Shenzhen-based consumer robotics company specializing in intelligent home-cleaning robots. The company focuses on developing self-cleaning robot vacuum and mop systems designed to reduce manual maintenance and improve autonomous floor-care performance. Narwal's publicly known product lineup includes the Freo and the Narwal Freo X Ultra, both positioned in the premium segment of the robotic cleaning market. The company sells its products internationally and is recognized for integrating self-washing mop technology into its devices.
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RobotOzobot Evo
The Ozobot Evo is a pocket-sized programmable robot designed for K-12 STEM education, produced by Ozobot. It supports two distinct programming modes: screen-free Color Code programming using physical markers drawn on paper, and on-screen block-based coding through the OzoBlockly platform (built on Google's Blockly framework). Together, these modes allow the robot to serve learners from early elementary through high school. Ozobot markets the Evo as a tool for teaching coding fundamentals, computational thinking, and problem-solving in both classroom and home settings. The robot is notably compact — roughly the size of a golf ball — and communicates via Bluetooth, enabling interactive lessons through Ozobot's companion apps and web-based coding environment. It is widely used in school districts and after-school programs across the United States and internationally.
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RobotDash
Dash is an award-winning educational robot designed for children, produced by Wonder Workshop. It responds to voice commands and environmental sounds, and is capable of moving, dancing, and producing audio, making it an engaging hands-on learning tool for classrooms and homes alike. Dash supports progressive coding education through Wonder Workshop's companion apps—including Blockly-based visual programming and the Wonder app—along with a curriculum library aligned to STEM standards. It has received recognition from educators and industry observers as an accessible entry point for teaching computational thinking to children as young as six.
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Bear Robotics
Bear Robotics is a United States-based robotics company specializing in autonomous service robots designed for the hospitality and food-service industries. The company develops robots intended to assist restaurant and hospitality staff by handling repetitive tasks such as food and beverage delivery, bussing, and runner duties. Bear Robotics is best known for its Servi line of autonomous service robots, which are deployed in restaurants, hotels, and other hospitality venues. Headquartered in the United States, the company positions itself at the intersection of artificial intelligence and practical service automation.
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Parts & Tools Robots
Parts and tools robots are a broad category of robotic systems and automated devices designed to handle, manipulate, fabricate, or interact with physical components, fasteners, instruments, and tooling in manufacturing, assembly, maintenance, and repair environments. They range from robotic arms equipped with interchangeable end-effectors to autonomous mobile platforms that retrieve and deliver parts across a factory floor, as well as specialized systems that perform tool-changing, kitting, or precision fastening operations. As manufacturing industries worldwide push toward greater flexibility and lights-out automation, the demand for intelligent parts-and-tools handling robots is growing steadily. Advances in machine vision, force-torque sensing, and AI-driven grasping are enabling these robots to work with an increasingly diverse range of components—from tiny electronic connectors to large structural assemblies—positioning the category as a foundational pillar of the smart factory of the future.
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RobotNVIDIA Jetson Orin NX
The NVIDIA Jetson Orin NX is a compact, SO-DIMM form-factor edge AI compute module designed for robotics, autonomous machines, and embedded vision applications. Manufactured by NVIDIA, it is available in 8 GB and 16 GB memory configurations and pairs an Ampere-architecture GPU with an 8-core Arm Cortex-A78AE CPU to deliver high-throughput on-device inference without relying on cloud connectivity. Positioned within NVIDIA's broader Jetson Orin family, the Orin NX targets developers and system integrators who need a balance of performance and power efficiency in a small footprint. It is commonly used in applications such as industrial inspection, autonomous mobile robots (AMRs), drone navigation, and smart edge devices where real-time AI inference is critical.
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RobotUnitree Z1
The Unitree Z1 is a compact, six-degrees-of-freedom (6-DOF) robotic arm developed by Unitree Robotics, a Chinese robotics company headquartered in Hangzhou. Designed for both standalone research and integration onto mobile robotic platforms, the Z1 targets universities, robotics developers, and automation engineers who need a lightweight, capable manipulator at a relatively accessible price point. The arm features joint torque sensing, position and force control modes, and an open programming interface, making it well-suited for tasks such as object manipulation, pick-and-place operations, and human–robot interaction research. It is notably compatible with Unitree's own quadruped and humanoid platforms, enabling loco-manipulation experiments on mobile bases.
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Mobile Robots
Mobile robots are autonomous or semi-autonomous machines capable of moving through physical environments to perform tasks without being fixed to a single location. Unlike stationary industrial arms or embedded systems, mobile robots navigate floors, corridors, and outdoor terrain using a combination of sensors, mapping algorithms, and onboard compute, making them uniquely versatile across warehouses, hospitals, retail spaces, and beyond. The mobile robot market has expanded rapidly as e-commerce growth, labor shortages, and advances in simultaneous localization and mapping (SLAM) technology have lowered the barriers to deployment. Industry analysts broadly agree that demand for mobile platforms—spanning goods-to-person AMRs, hospital logistics robots, and quadruped research platforms—is among the fastest-growing segments in robotics, with adoption accelerating across both developed and emerging economies.
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Worx
Worx is a power tools and outdoor equipment brand with roots in China, offering a range of consumer and semi-professional products sold globally through its regional websites, including the US storefront at us.worx.com. The brand is widely recognized for combining accessible pricing with feature-rich designs across categories such as lawn care, gardening, and home improvement. Among its robotics-oriented offerings, Worx has developed the Landroid Vision, an autonomous robotic lawn mower that represents the company's push into intelligent outdoor automation. With a product portfolio spanning both corded and cordless tools as well as robotic systems, Worx positions itself as a versatile player in the consumer robotics and power-tool market.
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RobotmBot2
The mBot2 is a buildable educational coding robot developed by Makeblock, designed to introduce students to programming, electronics, and robotics through a hands-on, progressive learning experience. Powered by the CyberPi microcontroller, it supports a coding journey that spans block-based visual programming (via mBlock) all the way to Python, making it suitable for learners from elementary through middle school and beyond. The mBot2 incorporates Wi-Fi and IoT connectivity alongside AI-capable features such as image recognition and pose detection, distinguishing it from simpler entry-level robots. It is widely used in K–12 classrooms, STEM clubs, and home education settings, and is regarded as one of Makeblock's flagship consumer-facing educational platforms.
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Companion Robots
Companion robots are consumer and clinical robots designed primarily to provide emotional support, social interaction, and everyday assistance to their users rather than to perform industrial or precision tasks. They typically combine expressive movement, voice interaction, and sensor-based responsiveness to create a sense of presence and personality, making them feel less like tools and more like social agents. The companion robot market spans a wide range of applications—from therapeutic robots used in eldercare and mental health settings to home companions that entertain children or assist busy households. As populations age in many countries and demand for emotionally intelligent technology grows, industry observers expect this category to expand significantly in the coming years.
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ANYbotics
ANYbotics is a Swiss robotics company specializing in the development and commercialization of autonomous legged robots designed for industrial inspection and security applications. Founded as a spin-off from ETH Zurich, the company is headquartered in Switzerland and is widely recognized for its ANYmal series of quadruped robots. ANYbotics targets industries such as energy, oil and gas, chemicals, and infrastructure, where its robots can operate in complex, hazardous, or hard-to-reach environments. The company's flagship platform, ANYmal, is engineered to carry out autonomous inspection missions, replacing or augmenting human workers in demanding operational settings.
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Humanoid Robots
Humanoid robots are machines designed to replicate the general form and movement of the human body, typically featuring a bipedal stance, two arms, and a head-like sensor cluster. By mirroring human morphology, they are engineered to operate in environments and with tools originally built for people, making them uniquely versatile across manufacturing, logistics, healthcare, and service settings. The humanoid robot market is widely regarded as one of the fastest-growing segments in robotics. Driven by advances in AI, actuator technology, and battery energy density, a new generation of commercially oriented humanoids has emerged from companies such as Tesla, Boston Dynamics, Figure AI, and Unitree Robotics, among others. Industry analysts broadly expect adoption to accelerate as unit costs fall and software capabilities mature.
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RobotQuicktron M100
The Quicktron M100 is a heavy-duty autonomous mobile robot (AMR) belonging to Quicktron Robotics' M-Series product line. It is designed for demanding material handling tasks in warehouses, distribution centers, and manufacturing environments, using an integrated lift mechanism to transport shelves and pallets autonomously across facility floors. Quicktron Robotics, a company with roots in China and a global commercial presence, positions the M100 as a high-capacity solution for operations that require moving heavier loads than lighter AMR models can accommodate. The M100 targets logistics operators and manufacturers seeking to automate goods-to-person or pallet-movement workflows at scale.
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RobotLocus Origin
The Locus Origin is a collaborative autonomous mobile robot (AMR) developed by Locus Robotics, a Massachusetts-based warehouse automation company. Designed for high-volume order fulfillment environments, it works alongside human warehouse associates rather than replacing them, enabling a goods-to-person picking workflow that is orchestrated by the company's LocusONE software platform. The Origin represents Locus Robotics' approach to human-robot collaboration in distribution centers and fulfillment warehouses. By guiding workers through optimized pick paths and handling the transport of goods between picking zones and packing stations, the robot is intended to increase throughput and reduce associate walking time. Locus Robotics has deployed its AMR fleets with a range of retail, third-party logistics (3PL), and healthcare customers.
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Drones
Drones, formally known as unmanned aerial vehicles (UAVs), are aircraft that operate without an onboard human pilot. They are guided autonomously by onboard computers, remotely by a human operator on the ground, or through a combination of both. Originally developed for military reconnaissance and combat missions, drones have expanded into an extraordinarily broad range of civilian and commercial applications, from aerial photography and package delivery to precision agriculture and infrastructure inspection. The drone market is one of the fastest-growing segments in the broader robotics and autonomous systems industry. Advances in battery technology, miniaturized sensors, AI-driven flight control, and regulatory frameworks are collectively accelerating adoption across industries. Analysts broadly agree that commercial and consumer drone use will continue to expand significantly over the coming decade, with urban air mobility and autonomous logistics emerging as particularly high-growth frontiers.
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Apptronik
Apptronik is an American robotics company headquartered in Austin, Texas, focused on the design and development of general-purpose humanoid robots. The company is best known for its Apollo humanoid robot platform, which is intended for deployment in industrial and manufacturing environments. Founded by a team with deep roots in human-centered robotics research, Apptronik has positioned itself as a developer of practical, commercially deployable humanoid systems. The company has pursued partnerships with major industrial players to scale production and real-world adoption of its robots.
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RobotSecurity Robot S5 PTZ
The Security Robot S5 PTZ is an autonomous outdoor mobile surveillance platform developed by SMP Robotics, designed to patrol open spaces, secured perimeters, and large outdoor facilities without continuous human supervision. It is equipped with a long-range pan-tilt-zoom (PTZ) camera system that reportedly enables human recognition at distances of up to 330 feet (approximately 100 metres), making it suited for wide-area monitoring tasks where fixed cameras fall short. SMP Robotics positions the S5 PTZ as an upgrade within its S5 family of security robots, differentiating it from standard variants through its extended-range optical payload. Target customers include critical infrastructure operators, logistics parks, airports, and other organisations requiring scalable, around-the-clock perimeter surveillance with reduced reliance on human guards.
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Educational Robots
Educational robots are purpose-built or purpose-adapted robotic platforms designed to teach students and learners concepts in programming, engineering, mathematics, science, and social interaction. Ranging from small, colorful coding toys for young children to sophisticated humanoid platforms used in university research, they share a common goal: making abstract technical concepts tangible and engaging through hands-on experience. The educational robotics market has expanded rapidly alongside growing global interest in STEM and STEAM curricula. Schools, coding academies, libraries, and research institutions increasingly deploy these robots as interactive teaching tools, and the category continues to evolve with advances in AI, cloud connectivity, and curriculum integration.
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RobotG1
The Unitree G1 is a general-purpose humanoid robot developed by Unitree Robotics, a Chinese robotics company headquartered in Hangzhou. Standing approximately 1.32 meters tall and weighing around 35 kilograms, the G1 features 23 degrees of freedom and is capable of walking, running, recovering from falls, and performing dexterous manipulation tasks. It ships with SDK access, making it accessible to researchers and small-business operators seeking an affordable entry point into humanoid robotics. The G1 is widely regarded as one of the most competitively priced serious humanoid platforms available as of public reporting, positioning Unitree as a disruptive force in a market historically dominated by far more expensive systems. Its combination of mobility, recoverability, and open software access has attracted attention from academic institutions, robotics developers, and automation-focused startups worldwide.
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Keenon Robotics
Keenon Robotics is a Shanghai-based robotics manufacturer specializing in autonomous service robots for commercial and hospitality environments. The company develops and produces a range of indoor robots designed to assist with food delivery, guest services, and facility cleaning across hotels, restaurants, and other public venues. Founded in China and operating under the website keenon.com, Keenon Robotics has established a presence in the global service robotics market with products such as the DINERBOT and BUTLERBOT series for hospitality use and the KLEENBOT line for commercial cleaning applications.
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Serve Robotics
Serve Robotics is a United States-based robotics company specializing in autonomous sidewalk delivery robots designed for last-mile food and package delivery in urban environments. The company develops and operates compact, self-driving robots that navigate pedestrian infrastructure to bring orders directly to customers' doors. Serve Robotics is best known for its Gen 3 delivery robot platform, which represents the company's latest generation of sidewalk delivery technology. As of public reporting, the company has been expanding its footprint through both organic deployment growth and strategic acquisitions, including the reported acquisition of a subsidiary of Diligent Robotics.
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iRobot
iRobot is an American consumer robotics company headquartered in the United States, best known for pioneering the home robot vacuum market. Founded by roboticists with roots in academic and defense research, the company has grown into one of the most recognized brands in household automation. iRobot's product lineup centers on autonomous floor-cleaning robots, with its flagship Roomba series being widely regarded as the defining product in the robot vacuum category. The company sells its products globally and continues to develop intelligent navigation and cleaning technologies for residential use.
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Bear Robotics Servi Q
The Servi Q is a compact autonomous service robot developed by Bear Robotics, a California-based robotics company known for its hospitality-focused robot lineup. Designed specifically for delivery and service tasks in space-constrained environments, Servi Q is engineered to navigate narrow corridors, tight corners, and densely furnished spaces where larger service robots typically struggle to operate. Targeted at restaurants, hotels, hospitals, and retail venues, Servi Q extends Bear Robotics' mission of automating repetitive service tasks to facilities that were previously underserved by standard-sized service robots. It features autonomous navigation and obstacle avoidance capabilities, making it a practical tool for operators seeking to improve service efficiency without requiring significant layout modifications.
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Robot Motors & Actuators
Robot motors and actuators are the core electromechanical components that convert electrical energy into controlled mechanical motion in robotic systems. Ranging from compact brushless DC motors to sophisticated smart servo actuators, these parts form the fundamental building blocks of virtually every robot joint, gripper, and drive system. They are selected based on torque output, speed range, feedback precision, form factor, and communication protocol compatibility. The market for robotic motors and actuators is expanding rapidly alongside the broader robotics industry, driven by demand in industrial automation, collaborative robots, medical devices, and consumer electronics. Manufacturers such as Maxon Group and ROBOTIS have established strong positions by offering high-precision, application-specific solutions, while newer entrants like HEBI Robotics are pushing the boundaries of modular, network-connected smart actuators. As robots become more capable and widespread, the quality and intelligence embedded in their motors and actuators increasingly determines overall system performance.
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Bear Robotics
Bear Robotics is a robotics manufacturer known for developing autonomous service robots designed for commercial and public-facing environments. The company's publicly documented product lineup spans hospitality and security applications, including compact food-service robots and outdoor surveillance platforms. The company's precise founding date, headquarters location, and corporate history are not fully confirmed in available public records as of this writing. Bear Robotics has drawn attention in the service-robotics sector for addressing deployment environments that competing platforms reportedly struggle to navigate, as well as for expanding into outdoor security patrol use cases.
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RobotKiwi Delivery Robot
The Kiwi Delivery Robot is a Level-4 autonomous sidewalk delivery robot developed by Kiwibot, designed to handle campus and last-mile delivery tasks without requiring continuous human supervision. Operating on pedestrian pathways, it navigates around obstacles, crosses intersections, and delivers food, packages, and other goods directly to recipients at their location. Kiwibot has deployed its robots across university campuses, urban neighborhoods, and corporate campuses, reportedly operating in more than 10 countries across five continents. The platform is positioned as a cost-effective, low-emission alternative to traditional courier services for short-distance, high-frequency delivery scenarios.
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RobotRetriever
The Retriever is a self-driving assistive home robot developed by Labrador Systems, designed to carry everyday items—such as meals, drinks, laundry, and medications—between rooms for people living with chronic pain, injury, or mobility limitations. By autonomously navigating household environments, the Retriever aims to reduce the physical strain on users and their caregivers, enabling greater independence in daily life. Labrador Systems, a U.S.-based robotics company focused on assistive technology, positions the Retriever as a practical companion for aging adults and individuals with disabilities. The robot operates at low height, sliding under furniture to retrieve items from surfaces such as tables and countertops, and follows users or travels to designated locations on command.
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RobotKinova Gen3 (7 DoF)
The Kinova Gen3 (7 DoF) is a lightweight, collaborative robotic arm developed by Kinova Robotics, a Canadian company specializing in assistive and research-grade manipulation systems. Featuring seven degrees of freedom, integrated torque sensing in each joint, and an optional vision module, the Gen3 is designed for dexterous manipulation tasks that require human-like reach and flexibility. Its compact form factor and relatively low weight make it well suited for mounting on mobile platforms. The Gen3 is widely adopted in academic research institutions, university robotics labs, and light industrial automation settings. Its open software ecosystem—supporting ROS, Python, and C++ APIs—has made it a popular choice for researchers developing manipulation algorithms, assistive robotics applications, and human-robot interaction studies. The arm is considered a mid-to-high-end research platform in the collaborative robot segment.
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RobotNAO 6
NAO 6 is a compact humanoid robot developed by Aldebaran, now operating under the United Robotics Group umbrella. Standing approximately 58 cm tall, it is designed primarily for education, academic research, and healthcare applications, and is reportedly one of the most widely deployed humanoid robots in university and school settings worldwide. It is programmed through the Choregraphe graphical environment and the NAOqi SDK, and supports multilingual voice interaction out of the box. The sixth-generation iteration of the long-running NAO platform refines the hardware and software of its predecessors while maintaining backward compatibility with existing NAOqi-based programs. NAO 6 features an updated processor, improved cameras, and enhanced tactile and inertial sensors compared to earlier versions. Its approachable size, robust software ecosystem, and broad community support have made it a standard fixture in robotics curricula and human-robot interaction research globally.
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Sony
Sony is a Japanese multinational conglomerate headquartered in Japan, best known globally for its consumer electronics, entertainment, and imaging businesses. Within the robotics domain, Sony is recognized as the creator of aibo, one of the world's most iconic consumer companion robots, combining advanced sensing, artificial intelligence, and expressive mechanical design to simulate the behavior of a pet dog. Sony's robotics efforts are centered on the aibo product line, which targets the consumer companion market. The current generation, the ERS-1000, is sold through Sony's dedicated aibo platform and represents the company's long-term commitment to emotionally engaging, AI-driven robotic companions.
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Robot Parts & Cables
Robot parts and cables form the essential connective and structural backbone of virtually every robotic system. This category encompasses the discrete components—wiring harnesses, power cables, signal cables, connectors, tubing, and associated mechanical or electrical sub-assemblies—that enable robots to transmit power, data, and motion commands reliably across their joints, actuators, and control systems. Without high-quality cables and parts, even the most sophisticated robot platform cannot function safely or consistently. The market for robot parts and cables is expanding in step with the broader robotics industry, driven by growth in industrial automation, collaborative robotics, autonomous mobile robots, and emerging humanoid platforms. Suppliers range from large industrial conglomerates to specialized cable manufacturers, and demand is increasingly shaped by requirements for flexibility, miniaturization, and resistance to harsh operating environments. As robot deployments scale globally, the supply chain for parts and cables is becoming a strategic focus for both robot makers and end users.
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Parts Marketplace
Parts Marketplace is a curated robotics components distributor offering a seed catalog of hardware sourced from leading vendors in the robotics and automation industry. Its product range spans mobility hardware, sensing systems, compute platforms, power solutions, and structural frames, making it a one-stop reference for engineers and integrators building robotic systems. The company's founding location and corporate history are not publicly documented as of current reporting. Its catalog approach — aggregating well-established third-party components rather than manufacturing proprietary hardware — positions it as a procurement and discovery resource for the robotics development community.
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Robot Wheels & Wheel Sets
Robot wheels and wheel sets are foundational mechanical components that enable ground-based mobile robots to navigate their environments. Ranging from standard rubber drive wheels to specialized omnidirectional and mecanum wheel assemblies, these parts are selected based on the robot's required motion profile, payload, surface conditions, and precision demands. They are essential building blocks for autonomous mobile robots (AMRs), differential-drive platforms, research rovers, and educational kits alike. The market for robot wheel components is expanding alongside the broader mobile robotics industry, driven by surging demand for warehouse automation, last-mile delivery platforms, and research-grade robot development. Manufacturers such as Nexus Robot supply purpose-engineered wheel sets—including mecanum wheel assemblies—that allow integrators and developers to rapidly prototype or deploy capable mobile platforms without designing drivetrain hardware from scratch.
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RobotArtly: The Barista Bot
Artly: The Barista Bot is an autonomous robotic barista system developed by Artly, designed to prepare espresso-based beverages — including drinks featuring latte art — using recipes reportedly trained on champion-barista techniques. The system centers on a robotic arm integrated with a commercial espresso setup, allowing it to handle the full workflow of crafting specialty coffee drinks without human barista intervention. Customers interact with the system primarily through the Artly mobile app, placing orders for in-store pickup at Artly café locations. The concept positions itself at the intersection of specialty coffee culture and service automation, targeting high-footfall retail environments where consistent drink quality and reduced labor overhead are priorities.
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Husqvarna
Husqvarna is a Swedish outdoor power products manufacturer with a long industrial heritage, headquartered in Sweden. The company is widely recognized for its professional-grade and consumer-grade outdoor equipment, including lawn mowers, chainsaws, and robotic mowing systems. In the robotics space, Husqvarna is best known for its Automower product line — a series of autonomous robotic lawn mowers designed for residential and professional use. The Automower range represents one of the most established robotic mowing platforms in the global market, combining navigation technology, weather resistance, and connectivity features.
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PARO Robots
PARO Robots is a Japanese robotics company best known for developing PARO, an advanced interactive therapeutic robot designed in the form of a baby harp seal. The company focuses on the intersection of robotics and healthcare, producing companion robots intended to provide emotional support and therapeutic benefits to patients in medical and care settings. Based in Japan, PARO Robots operates in a specialized niche within the global robotics industry, targeting hospitals, nursing homes, and elder-care facilities. PARO has gained international recognition as one of the world's most clinically studied therapeutic robots, with deployments reported across multiple countries.
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Surgical Robots
Surgical robots are computer-assisted mechanical systems designed to support, augment, or partially automate procedures performed by trained surgeons. They typically combine robotic arms, advanced imaging, haptic feedback, and precision motion control to enable minimally invasive operations with greater accuracy than is achievable by human hands alone. Common applications span soft-tissue surgery, orthopedic procedures, neurosurgery, and dental implant placement, among others. The surgical robotics market has grown substantially over the past two decades and continues to expand as hospital systems seek to reduce patient recovery times, minimize surgical complications, and standardize procedural outcomes. Advances in artificial intelligence, miniaturization, and real-time imaging are accelerating the development of next-generation platforms, with a broadening range of specialties adopting robotic assistance.
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RobotStretch
Stretch is a mobile warehouse robot developed by Boston Dynamics, designed specifically for automated case handling in logistics and fulfillment environments. It is capable of unloading trailers and containers, as well as performing case picking, and is engineered to integrate into existing warehouse infrastructure with minimal facility modifications. Manufactured in the United States, Stretch represents Boston Dynamics' focused entry into the industrial logistics market, complementing the company's broader portfolio that includes the quadrupedal Spot robot and the humanoid Atlas platform. The robot targets high-throughput distribution centers and e-commerce fulfillment operations where repetitive heavy lifting poses ergonomic and labor challenges.
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Boston Dynamics
Boston Dynamics is an American robotics company headquartered in the United States, widely recognized as one of the world's leading developers of advanced mobile robots. The company is best known for producing highly agile, legged robots capable of navigating complex real-world environments, and its products are used across security, industrial, and research applications. Founded as a spin-off from the Massachusetts Institute of Technology, Boston Dynamics has operated under several corporate parents over its history and is currently a subsidiary of Hyundai Motor Group. Its current product lineup includes the quadruped robot Spot, the mobile industrial robot Stretch, and the electric humanoid robot Atlas, reflecting a broad ambition to deploy autonomous robots in commercial and industrial settings.
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RobotGeek+ P800
The Geek+ P800 is a goods-to-person (shelf-to-person) latent autonomous mobile robot (AMR) developed by Geek+ (also written Geekplus), a Beijing-founded robotics company specializing in intelligent logistics automation. Part of Geek+'s P Series, the P800 is designed to handle medium-to-large storage racks, using a built-in lifting mechanism to slide beneath a rack or cart, raise it, and transport it to a human picking station — eliminating the need for warehouse workers to walk the floor. The P800 targets high-throughput fulfillment operations such as e-commerce warehouses, retail distribution centers, and third-party logistics (3PL) facilities. It is positioned within Geek+'s portfolio as a solution for heavier or bulkier rack configurations compared to lighter models in the same series, and it operates as part of a coordinated fleet managed by Geek+'s proprietary warehouse management and robot scheduling software.
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RobotSpot Arm
Spot Arm is a six-degree-of-freedom robotic manipulator add-on designed and manufactured by Boston Dynamics (United States) to attach to the company's Spot quadruped robot. It extends Spot's capabilities beyond inspection and navigation by enabling the robot to grasp, lift, carry, place, and drag objects, as well as perform constrained manipulation tasks such as opening doors, turning valves, and flipping switches. By combining Spot's legged mobility with a dexterous arm, the system targets industrial, energy, and public-safety customers who need a mobile manipulation platform capable of operating in unstructured environments. The arm integrates tightly with Spot's onboard software stack, allowing operators to command manipulation tasks through Boston Dynamics' Orbit fleet-management software or the Spot SDK.
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Robot Parts & Frames
Robot parts and frames are the structural and mechanical building blocks used to construct, customize, or upgrade robotic systems. This category encompasses chassis, exoskeletons, mounting brackets, linkages, and other load-bearing or shape-defining components—ranging from simple aluminum profiles to precision-machined carbon fiber quadruped frames. They are essential to both hobbyist makers and professional engineers who need a reliable physical foundation before integrating electronics, actuators, and software. The market for robot parts and frames is expanding rapidly alongside the broader robotics industry. Falling costs for advanced materials such as carbon fiber and the rise of desktop CNC and 3D-printing services have made high-performance structural components accessible to small teams and individual developers. As legged robots, drones, and collaborative arms move from research labs into commercial deployment, demand for modular, lightweight, and mechanically robust frames continues to grow.
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Security Robots
Security robots are autonomous or semi-autonomous machines designed to assist with physical security tasks such as surveillance, perimeter patrol, threat detection, and incident reporting. They are deployed across a wide range of environments—from corporate campuses and shopping malls to airports, warehouses, and outdoor industrial sites—serving as force multipliers for human security personnel. The market for security robots has grown steadily as organizations seek cost-effective, around-the-clock monitoring solutions that reduce reliance on human guards in repetitive or hazardous patrol roles. Advances in computer vision, thermal imaging, AI-based anomaly detection, and mobile robotics platforms are accelerating adoption, with industry observers broadly expecting continued expansion as the technology matures and unit costs decline.
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RobotRealSense Depth Camera D455
The RealSense Depth Camera D455 is a stereoscopic active-infrared depth camera belonging to Intel's D400 series, designed to capture high-fidelity depth data for robotics, autonomous mobile robots (AMRs), drones, and computer-vision applications. It features a 95 mm stereo baseline — the widest in the D400 lineup at the time of its introduction — which reportedly enables depth error of under 2% at ranges up to approximately 4 metres. Originally developed under the Intel RealSense brand, the D455 and related products were later spun off as part of an independent RealSense business unit following Intel's restructuring of the division around 2021–2022. The camera is widely adopted in research, industrial automation, and humanoid-robot development owing to its compact USB-powered form factor, open SDK support, and relatively accessible price point.
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Parts & Sensors
Parts and sensors are the foundational building blocks of modern robotic systems, enabling machines to perceive their environment, measure physical forces, and navigate complex spaces. This category encompasses a wide range of hardware components—including depth cameras, LiDAR units, and force/torque sensors—that are integrated into robots across industrial, research, medical, and consumer applications. As robotics systems grow more sophisticated, demand for high-performance, compact, and cost-effective sensing components continues to accelerate. Market observers broadly agree that advances in sensor miniaturization, AI-driven signal processing, and multi-modal sensor fusion are reshaping what autonomous and collaborative robots can achieve, driving sustained growth across the sector.
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Outdoor Robots
Outdoor robots are autonomous or semi-autonomous machines designed to operate in unstructured, open-air environments such as lawns, fields, construction sites, and public spaces. Unlike their indoor counterparts, they must contend with variable terrain, weather conditions, and unpredictable obstacles, making robust sensing and navigation essential to their design. Common applications include lawn mowing, agricultural monitoring, perimeter security, and last-mile delivery. The outdoor robot market has expanded rapidly as consumer demand for smart home automation and precision agriculture has grown. Advances in GPS-RTK positioning, computer vision, and edge AI have enabled a new generation of outdoor robots capable of operating with minimal human supervision. Industry analysts broadly expect continued strong growth in this segment, driven by labor shortages, sustainability goals, and falling hardware costs.
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Robot Leg Modules & Replacement Parts
Robot leg modules and replacement parts are purpose-built mechanical and electromechanical assemblies designed to serve as the lower-limb components of legged robotic systems. They encompass everything from individual actuated joints and structural limb segments to fully integrated leg assemblies that can be swapped into a host robot platform, enabling rapid repair, capability upgrades, or research customization without rebuilding an entire system from scratch. As legged robotics matures from laboratory curiosity to commercial deployment, the market for modular leg components is expanding alongside it. Demand is driven by field operators who need fast maintenance turnaround, research institutions that require interchangeable hardware for experiments, and manufacturers seeking to extend the service life of expensive platforms. Industry observers expect this segment to grow in step with the broader humanoid and quadruped robot markets over the coming decade.
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Cleaning Robots
Cleaning robots are autonomous or semi-autonomous machines designed to perform floor care, surface sanitation, and general tidying tasks with minimal human intervention. They span a wide spectrum—from compact consumer vacuum-and-mop units found in homes to large commercial scrubbers that navigate warehouses, airports, and hospitals. Equipped with sensors, mapping algorithms, and increasingly sophisticated AI, these robots detect obstacles, plan efficient cleaning paths, and return to base stations for self-maintenance. The cleaning robot market is one of the fastest-growing segments in service robotics, driven by labor shortages, rising hygiene standards, and falling hardware costs. Consumer adoption has matured significantly, while the commercial and industrial segments are accelerating as fleet-management software and cloud connectivity make large-scale deployments more practical. Advances in simultaneous localization and mapping (SLAM), computer vision, and edge AI are continuously raising the bar for what cleaning robots can perceive and accomplish.
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Robot Battery Packs
Robot battery packs are purpose-built energy storage units designed to power autonomous robots, mobile platforms, and robotic systems across industrial, commercial, and research environments. Unlike general-purpose consumer batteries, these packs are engineered for demanding duty cycles, high discharge rates, thermal stability, and compatibility with the voltage and communication protocols common in robotics applications. Lithium Iron Phosphate (LiFePO4) chemistry has become particularly prominent in this segment due to its favorable safety profile, long cycle life, and stable performance across a wide temperature range. As robotics deployments scale from pilot projects to full production environments, reliable and long-lasting power solutions have become a critical enabling technology. The market for robot-grade battery packs is growing alongside broader adoption of autonomous mobile robots (AMRs), delivery robots, humanoid platforms, and industrial manipulators. Suppliers such as BattGo are addressing this demand with high-voltage, high-capacity packs—such as 48V LiFePO4 configurations—that meet the energy density and safety requirements of modern robotic systems.
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RobotMisty II
Misty II is a programmable personal robot platform designed for developers, educators, and researchers. Built by Misty Robotics and now developed under Furhat Robotics following its 2022 acquisition, Misty II combines mobility, a suite of onboard sensors, and a cloud-connected software stack to serve as a flexible testbed for social robotics, STEM education, and applied AI experimentation. The robot features face recognition, object detection, speech recognition, and a RESTful HTTP Remote API that allows developers to write skills in JavaScript or communicate with the robot from virtually any programming language. Its approachable form factor and open development ecosystem made it one of the more accessible personal robot platforms available to the developer community.
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Hospitality Robots
Hospitality robots are autonomous or semi-autonomous machines designed to assist with service tasks in hotels, restaurants, cafes, bars, and other guest-facing environments. They typically handle functions such as food and beverage delivery, room service, concierge guidance, and automated drink preparation, freeing human staff to focus on higher-value guest interactions. The hospitality robotics market has grown steadily in recent years, accelerated by labor shortages, rising wage pressures, and heightened hygiene awareness following the COVID-19 pandemic. Industry observers expect continued expansion as robot hardware becomes more affordable, navigation technology matures, and operators gain confidence in deploying autonomous systems alongside human teams.
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Parts Controllers
Parts controllers are embedded computing modules and system-on-module (SoM) platforms that serve as the computational brain of robotic systems. Rather than complete robots in themselves, they are specialized hardware components designed to handle perception, inference, motion planning, and real-time control tasks within a broader robotic or autonomous system. Products such as the NVIDIA Jetson Orin NX and Jetson Orin Nano Dev Kit exemplify this category, offering high-performance AI acceleration in compact, power-efficient form factors suitable for edge deployment. The market for parts controllers is expanding rapidly alongside the broader robotics and autonomous systems industry. As robots take on more complex tasks in manufacturing, logistics, healthcare, and consumer applications, the demand for capable, energy-efficient edge AI compute modules continues to grow. Industry observers expect this segment to remain a critical enabler of next-generation robotics, with leading semiconductor and computing companies competing to deliver ever-higher AI inference performance within tight size, weight, and power (SWaP) constraints.
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Catalia Health
Catalia Health is a United States-based robotics and digital health company focused on patient engagement and chronic disease management. The company develops AI-driven companion robots designed to support patients between clinical visits, helping healthcare providers extend their reach beyond traditional care settings. Catalia Health's primary product is Mabu, a tabletop companion robot that uses conversational AI to conduct personalized health check-ins with patients. The company positions itself at the intersection of robotics, artificial intelligence, and healthcare, targeting hospitals, health systems, and pharmaceutical partners seeking to improve patient outcomes and medication adherence.
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RobotSpot
Spot is a four-legged autonomous robot developed by Boston Dynamics, a robotics company headquartered in Waltham, Massachusetts. Designed for inspection, security, and data collection in complex or hazardous environments, Spot can navigate stairs, rough terrain, and confined spaces that are inaccessible to wheeled robots. It is commercially available and has been deployed across industries including utilities, oil and gas, construction, and public safety. Spot supports a modular payload system that accommodates thermal cameras, pan-tilt-zoom (PTZ) cameras, lidar units, methane sensors, and other mission-specific hardware. Boston Dynamics also offers the Orbit fleet-management software platform, enabling operators to schedule autonomous inspection routes, aggregate sensor data, and manage multiple Spot units from a central interface. The robot is widely regarded as one of the most capable and commercially mature legged robots on the market.
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RobotGreyOrange Ranger GTP
The GreyOrange Ranger GTP (Goods-to-Person) is an autonomous mobile robot (AMR) designed for warehouse and fulfillment center operations. It automates core intralogistics tasks including goods putaway, inventory storage, replenishment, and order picking by transporting shelving pods or inventory carriers directly to human workstations, reducing the need for workers to walk the warehouse floor. Manufactured by GreyOrange, a company with offices in the United States and India, the Ranger GTP is part of the broader Ranger series of AMRs. The platform is orchestrated by GreyMatter, GreyOrange's AI-driven fulfillment operating system, which dynamically assigns tasks and optimizes robot fleets in real time. It targets mid-to-large-scale e-commerce, retail, and third-party logistics (3PL) operators seeking scalable, software-driven automation.
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RobotRelay Delivery Robot
The Relay Delivery Robot is an autonomous indoor delivery robot developed by Relay Robotics (formerly known as Savioke), designed primarily for hospitality and healthcare environments. It navigates hotel corridors and hospital hallways independently, rides elevators without human assistance, and delivers guest amenities, medications, linens, and other supplies directly to rooms or designated drop-off points. Relay is one of the most widely deployed service robots in its category, reportedly completing over one million lifetime deliveries with a publicly cited success rate of approximately 99.8%. With a cargo capacity of around 10 gallons, the robot is compact enough to operate in busy public spaces while carrying a meaningful payload of everyday supplies.
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RobotOptimus Gen 2
Optimus Gen 2 is a general-purpose humanoid robot developed by Tesla, representing the second major hardware iteration of the company's Optimus program. It is designed to perform a broad range of physical tasks, leveraging perception and motion-planning software derived from Tesla's Full Self-Driving (FSD) stack. As of public reporting, units are used for internal demonstrations and select tasks within Tesla's own manufacturing facilities. Tesla has stated an ambition to eventually offer Optimus at consumer-accessible pricing, positioning it as a mass-market humanoid rather than an industrial-only platform. Compared to its predecessor, Gen 2 reportedly features improved hand dexterity, smoother whole-body motion, and a lighter overall frame, though many detailed specifications remain unconfirmed or subject to ongoing revision as the program continues to iterate.
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RobotX-Series Smart Actuator (X5)
The X-Series Smart Actuator (X5) is a compact, series-elastic rotary actuator produced by HEBI Robotics, designed to serve as a modular building block for custom robotic arms, mobile manipulators, and research platforms. It integrates motor drive electronics, position, velocity, and torque sensing, and a series-elastic element directly into a single self-contained unit, allowing engineers and researchers to assemble sophisticated robotic systems without designing custom motor controllers from scratch. HEBI Robotics positions the X5 alongside its larger sibling, the X8, as part of the broader X-Series family. Together these actuators share a unified software API and mechanical interface standard, making them interchangeable within the same design ecosystem. The X5 is generally suited to lighter-duty joints and distal links, while the X8 targets higher-torque applications. The family is widely used in university research labs, defense-adjacent research programs, and industrial prototyping contexts.
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RobotSecurity robots outdoor patrolling, video & thermal surveillance for security service companies
SMP Robotics produces a line of outdoor autonomous security robots designed to perform continuous perimeter patrols and surveillance for security service companies. These robots integrate both standard video cameras and thermal imaging sensors, enabling round-the-clock monitoring of large facilities, industrial sites, and critical infrastructure in varied weather and lighting conditions. Built for rugged outdoor deployment, the robots navigate autonomously along pre-programmed routes and transmit real-time video and alert data to remote operators. They are purpose-built to supplement or reduce reliance on human guards, offering security companies a scalable, cost-effective tool for site protection and threat detection.
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Robotic Arms
Robotic arms are articulated mechanical limbs designed to replicate or extend the reach, dexterity, and manipulation capabilities of a human arm. They range from compact, lightweight units intended for collaborative or mobile platforms to heavy-duty industrial manipulators capable of handling large payloads with high precision. As standalone end-effectors or as integrated subsystems on mobile robots, robotic arms are among the most versatile and widely deployed hardware in modern robotics. The market for robotic arms spans manufacturing, logistics, healthcare, research, and field robotics. Demand is growing as manufacturers seek flexible automation and as mobile robots increasingly require manipulation capabilities beyond simple locomotion. Collaborative arms, lightweight research platforms, and arms designed for deployment on legged or wheeled robots represent some of the fastest-evolving segments in the industry.
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RobotO-R3 Outdoor Security Robot
The O-R3 Outdoor Security Robot is an autonomous ground vehicle developed by OTSAW, a robotics company focused on security and surveillance automation. Designed for outdoor perimeter patrol, the O-R3 navigates predefined routes using patented 3D SLAM (Simultaneous Localization and Mapping) technology, continuously monitoring its environment through an array of onboard sensors and alerting human operators when anomalies are detected. Targeted primarily at commercial campuses, industrial facilities, airports, and public spaces, the O-R3 represents OTSAW's flagship outdoor security platform. It is intended to augment or partially replace traditional human guard patrols, offering consistent, around-the-clock surveillance coverage in environments where weather and terrain variability are key operational challenges.
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Industrial Robots
Industrial robots are programmable, automated machines designed to perform tasks in manufacturing, logistics, construction, and other demanding operational environments. They range from stationary robotic arms on assembly lines to mobile platforms that navigate warehouses, and increasingly include wearable exoskeletons that augment human workers in physically intensive settings. The industrial robotics market has expanded rapidly in recent decades, driven by labor shortages, rising quality demands, and the push toward smart manufacturing. Advances in mobility, sensing, and human-robot collaboration are blurring the line between traditional factory automation and newer, more flexible robotic systems capable of operating alongside people in dynamic environments.
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