Robotics Brands
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Robotics buying paths

Build the right robotics stack faster

Jump straight to trusted brands, flagship products, application paths, technical resources, and RFQ support. OpenELAB helps you move from exploration to a confident project decision with a clearer, faster route.

Flagship product focus

AgiBot Product Focus

AGIBOT X2 25-DOF Humanoid Robot product image 1
Humanoid robot for interaction, demos, and R&D

X2 Humanoid AI Robot

X2 is the compact humanoid path for commercial greeting, showroom guidance, entertainment performance, STEM research, and education projects. Use X2 when the buyer needs visible motion, interaction, optional manipulation, and a clear PDP/RFQ path rather than only a brand overview.

Technical Snapshot

Reference specs for first screening

Height 131 cm
Weight Approx. 35 kg / 39 kg Ultra
Active DOF 25 / 30
Battery Approx. 500 Wh, approx. 2 h endurance
Speed Running <= 1.8 m/s
Payload Up to 3 kg end-effector payload

Project Suitability

Ideal deployment scenarios

  • Front-of-house interaction, showroom demos, education, and R&D
  • Projects needing humanoid movement, optional manipulation, and visible AI interaction
  • Teams choosing between X2, X2 Ultra, and X2 REC for a clear demo or research path
Technical Docs
Datasheet; brochure; product introduction
AgiBot G2 Wheeled Humanoid Robot for Service Robotics - image 1
Wheeled humanoid for labs, education, and R&D

G2 Education & R&D Robot

G2 is the higher-capacity wheeled humanoid route for labs that care about arm payload, mobile chassis behavior, perception coverage, recharge workflow, and secondary development support.

Technical Snapshot

Reference specs for first screening

Height range 1225-1795 mm
Body weight 185 kg
Active DOF 26
Arm payload 5 kg rated payload
Chassis speed 1.5 m/s
Battery 1652 Wh, approx. 4 h endurance
Compute NVIDIA Jetson T5000, 2070 TFLOPS FP4

Project Suitability

Ideal deployment scenarios

  • University labs, enterprise R&D, and education scenarios needing a stable wheeled humanoid
  • Projects comparing arm payload, perception coverage, mobile base behavior, and recharge workflow
  • Teams needing documented secondary development and wireless terminal operation
Technical Docs
G2 datasheet; charging station datasheet; education and R&D brochure
AgiBot-D1-EDU product image 1
Quadruped robot series for education, patrol, and field mobility

D1 Series Robots

D1 Series gives buyers a clear quadruped comparison path, from compact education and SDK models to D1 Max for higher payload, speed, ruggedness, and field mobility requirements.

Technical Snapshot

Reference specs for first screening

D1 Max speed 6 m/s
D1 Max payload 30 kg
D1 Max protection IP67, -20 C to 55 C
D1 Max endurance 5 h no-load / 3.5 h full-load
D1 Max obstacle ability 80 cm jump and obstacle/gap crossing
D1 Pro/Edu 15.5 kg, 3.5 m/s, 5 kg payload
D1 Ultra 3.7 m/s, Isaac Sim support

Project Suitability

Ideal deployment scenarios

  • Education and research labs needing a quadruped SDK path
  • Security patrol, inspection, and field mobility projects
  • Teams comparing compact D1 models against D1 Max for payload, ruggedness, and obstacle capability
Technical Docs
D1 Max datasheet and flyer; D1 Pro/Edu datasheet and flyer; D1 Ultra and Ultra-W datasheets/flyers
AgiBot OmniHand Pro 2025 Advanced Multi-Finger Robotic Hand for AI Manipulation - Black front view
Dexterous hand for embodied manipulation

OmniHand / OmniHand Pro

OmniHand Pro is the dexterous manipulation path for humanoid robots, robotic arms, and embodied AI projects that need grasp force, tactile sensing, compact integration, and CAN-FD control.

Technical Snapshot

Reference specs for first screening

Weight OmniHand Pro <=810 g
Dimensions 207 x 98 x 56 mm
Actuation / DOF 12 active DOA / 19 DOF
Opening/closing 0.7 s
Repeat accuracy 0.4 mm fingertip repeat accuracy
Grasp force 10 kg five-finger grasp force
Interface / voltage CAN-FD, 12-24 V

Project Suitability

Ideal deployment scenarios

  • Humanoid end-effector integration and embodied AI manipulation
  • Robotic arm grasping projects needing compact dexterous manipulation
  • Data collection, teleoperation, and imitation-learning workflows
Technical Docs
OmniHand Pro 2025 technical specification; OmniHand 2025 technical specification; product flyers

Matching the Right Robots to the Right Scenarios

Embodied AI | Manipulation Research | Education Labs | Flexible Automation | Companion Interaction

Embodied AI for Service, Research, and Field Robotics

Embodied AI for Service, Research, and Field Robotics

AgiBot fits teams building humanoid interaction, guided service, and embodied AI demos with real task behavior.

  • Use it for: reception, exhibition guidance, research labs, and mobile or quadruped validation.
  • Recommended setup: X2 Ultra for interaction, G2 for service robotics, and D1 Edu for quadruped development.
Lightweight Manipulation for Embodied AI Labs

Lightweight Manipulation for Embodied AI Labs

AgileX is a strong fit for reproducible manipulation, teleoperation, and AI robotics teaching benches.

  • Use it for: ROS arm research, desktop automation, end-effector testing, and lab-scale validation.
  • Recommended setup: PiPER-H or PiPER-L with the PiPER gripper for practical manipulation workflows.
AI Robotics Education and ROS Lab Kits

AI Robotics Education and ROS Lab Kits

Hiwonder works well for structured robotics teaching, coding courses, and multi-form AI lab demonstrations.

  • Use it for: ROS practice, AI vision, gait control, and student project validation.
  • Recommended setup: JetHexa, TonyPi, and PuppyPi cover hexapod, humanoid, and quadruped learning paths.
Flexible Automation and Mobile Manipulation

Flexible Automation and Mobile Manipulation

RealMan is suited for lightweight industrial collaboration, dual-arm demos, and smart-manufacturing validation.

  • Use it for: assembly, inspection, pick-and-place, machine tending, and mobile manipulator proof-of-concepts.
  • Recommended setup: RMC-DA-LIII for dual-arm mobility, plus ECO65-B and RM65-B for flexible workcells.
Desktop Cobot Lab for Teaching and Manipulation Research

Desktop Cobot Lab for Teaching and Manipulation Research

Elephant Robotics myBuddy and myCobot 280 platforms create a compact lab setup for ROS/Python teaching, dual-arm coordination, pick-and-place demos, and vision-guided manipulation experiments.

  • Use it for: robotics courses, desktop automation prototyping, motion planning, end-effector testing, and human-robot interaction demos.
  • Recommended setup: myBuddy 280 for dual-arm coordination, plus myCobot 280 Raspberry Pi and myCobot 280 M5Stack for single-arm development and classroom comparison.

Selection map

Robotics Brand & Category Guide

Choose the product category that fits your project, then follow the recommended brand paths for the strongest starting points in that robotics segment.

Product category Use cases & product path Recommended brand paths
Humanoid / Embodied AI Full humanoid platforms for embodied AI demos, research, teleoperation, interaction, and visible robot deployment paths.
Mobile robots / UGV ROS and ROS 2 mobile robot bases for mapping, inspection, logistics, field robotics, autonomy labs, and outdoor deployment.
Education kits Ready-to-use robotics kits for teaching labs, competitions, workshops, university courses, STEM demos, and fast classroom deployment.
Robotic arms Robotic arms and manipulation platforms for research, desktop automation, flexible production demos, end-effector testing, and integration projects.
Dexterous hands Dexterous hands and end-effectors for grasping, embodied AI manipulation, teleoperation, data collection, and robotic arm integration.
3D vision / LiDAR Depth cameras, LiDAR, and perception modules for SLAM, obstacle detection, robot vision, autonomous navigation, mapping, and perception stacks.
Motors / actuators Motors, actuators, servos, and joint modules for robot joints, mobile bases, arms, custom mechanisms, torque control, and motion systems.

Shop by robot system

Robotics Product Collections

AgileX PiPER 6-DOF 1.5kg Payload Robotic Arm product image 1

Manipulation

Robotic Arms

Find robotic arms for research, desktop automation, flexible production demos, and embodied manipulation systems.

Focus: payload, reach, repeatability, control interface, end-effector compatibility.

View Robotic Arms
Leadshine DH116 robotic dexterous hand back view

Manipulation

Dexterous Hands

Use this path for grasping, humanoid end effectors, embodied AI manipulation, and advanced hand integration.

Focus: grasping tasks, control method, mechanical integration, documentation needs.

View Dexterous Hands
ORBBEC-Gemini-305-1

Perception

3D Vision / Cameras

Browse depth cameras and 3D vision modules for robot perception, manipulation, mapping, and AI data collection.

Focus: depth range, field of view, SDK, ROS support, lighting environment.

View 3D Vision
Livox MID‑360S 360‑Degree 3D LiDAR Sensor with ROS2 Support for Robotics and SLAM

Perception

LiDAR Sensors

Select LiDAR for SLAM, obstacle detection, autonomous navigation, mapping, and outdoor robotics projects.

Focus: range, scan pattern, accuracy, interface, environment and mounting needs.

View LiDAR Sensors
SteadyWin GIM6010-8 Planetary Gearmotor Robot Joint Reduction Motor-2

Motion control

Motors & Actuators

Source motors and actuators for mobile bases, robot joints, arms, custom mechanisms, and research prototypes.

Focus: torque, speed, voltage, control protocol, thermal and mechanical constraints.

View Motors
M5Stack 8-Channel Servo2 Chain white background product image

Motion control

Servos & Joint Modules

Compare servos and joint modules for compact robotic joints, education robots, arms, and custom builds.

Focus: joint load, precision, bus protocol, installation space, controller compatibility.

View Servos
Robotic - Robotic Kit

Education and kits

Robotics Kits

Bring Hiwonder, Yahboom, Acebott, and education robot kits into classrooms, labs, competitions, and workshops.

Focus: curriculum, controller platform, sensors, coding path, spare parts and classroom quantity.

View Robotics Kits
Agilex-PiPER-Gripper agilex-v1 image 1 - AgileX PiPER two-finger gripper product image

Accessories

Robot Accessories

Use accessories to complete robot builds with mounts, controllers, cables, power, sensors, tools, and integration parts.

Focus: compatibility, connector type, mounting, power, and project BOM completion.

View Accessories
Humanoid Robots
AgiBot X2 Ultra Humanoid Robot for Embodied AI - image 1

Start here for humanoid and embodied AI projects led by AgiBot and related full-system robot platforms.

View Humanoid Robots
Robotic AGV & Mobile Robots
RealMan RMC-DA-LIII Dual-Arm Lift Mobile Robot product image 1

Explore robotic AGV and UGV platforms for autonomous navigation, inspection, logistics, education labs, and mobile manipulation...

View Mobile Robots
Robotic Arms
AgileX PiPER 6-DOF 1.5kg Payload Robotic Arm product image 1

Find robotic arms for research, desktop automation, flexible production demos, and embodied manipulation systems.

View Robotic Arms
Dexterous Hands
Leadshine DH116 robotic dexterous hand back view

Use this path for grasping, humanoid end effectors, embodied AI manipulation, and advanced hand integration.

View Dexterous Hands
3D Vision / Cameras
ORBBEC-Gemini-305-1

Browse depth cameras and 3D vision modules for robot perception, manipulation, mapping, and AI data collection.

View 3D Vision
LiDAR Sensors
Livox MID‑360S 360‑Degree 3D LiDAR Sensor with ROS2 Support for Robotics and SLAM

Select LiDAR for SLAM, obstacle detection, autonomous navigation, mapping, and outdoor robotics projects.

View LiDAR Sensors
Motors & Actuators
SteadyWin GIM6010-8 Planetary Gearmotor Robot Joint Reduction Motor-2

Source motors and actuators for mobile bases, robot joints, arms, custom mechanisms, and research prototypes.

View Motors
Servos & Joint Modules
M5Stack 8-Channel Servo2 Chain white background product image

Compare servos and joint modules for compact robotic joints, education robots, arms, and custom builds.

View Servos
Robotics Kits
Robotic - Robotic Kit

Bring Hiwonder, Yahboom, Acebott, and education robot kits into classrooms, labs, competitions, and workshops.

View Robotics Kits
Robot Accessories
Agilex-PiPER-Gripper agilex-v1 image 1 - AgileX PiPER two-finger gripper product image

Use accessories to complete robot builds with mounts, controllers, cables, power, sensors, tools, and integration parts.

View Accessories
Open Robotics Ecosystem

Robotics Ecosystem Resources

Curated platforms, simulation stacks, robot learning frameworks, autonomy tools, and edge communication ecosystems for modern robotics development.

Robot Learning

Datasets, pretrained models, imitation learning workflows, and low-barrier hardware paths for embodied AI and real-world robot training.

ROS 2 Developer Stack

The standard integration layer for sensors, planning, control, manipulation, and industrial robotics deployment.

Simulation & Sim-to-Real

Train, test, benchmark, and validate in simulation before deploying to real robot arms, mobile robots, and humanoid systems.

Perception & Autonomy

Build full robotics pipelines with vision, LiDAR, localization, navigation, mapping, and higher-level autonomous behavior.

Embodied AI & Humanoids

Foundation models, dexterous manipulation, reasoning stacks, and humanoid-oriented research resources for next-generation robotics.

Edge Mesh & Field IoT

Off-grid communications, local automation, telemetry, and low-power field networking for remote robotics and resilient deployments.

Built for Robotics Projects, Not Just Online Orders

Robot Waving

Need multi-brand sourcing, product compatibility checks, datasheets, bulk pricing, or a project BOM? OpenELAB can help match robotics brands, systems, accessories, and solution packages for research, education, and integration teams.

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Robotics Brand Hub FAQ

Everything you need to know about the network, hardware, and setup.

How do I choose the right robotics brand for my project?

Start from your project path: brand preference, robot system, application, or RFQ support. AgiBot is prioritized for humanoid and embodied AI projects, while AgileX, RealMan, Orbbec, RoboSense, Livox, Leadshine, BrainCo, Elephant Robotics, and RealSense cover mobile robots, arms, perception, motion, and manipulation.

Can OpenELAB help match robotic arms, LiDAR, 3D cameras, motors, and accessories?

Yes. Share payload, workspace, interface, ROS or ROS 2 requirements, sensing range, budget, and deployment environment. The team can help compare compatible components and build a quote list.

Do these robotics products support ROS or ROS 2?

Many robot platforms, cameras, LiDAR sensors, arms, and controllers are designed for robotics development workflows. Check each product page for exact SDK, driver, and ROS or ROS 2 support before purchase.

Can I request datasheets or product comparisons before purchase?

Yes. Use the RFQ path for datasheets, lead time, bulk pricing, integration questions, and comparison support for multiple brands or product options.

Do you support universities, research labs, and system integrators?

Yes. The page is structured for research, education, prototyping, manufacturing, logistics, inspection, and robotics integration teams that need multi-brand sourcing and technical matching.

Can I compare AgiBot, RealMan, AgileX, Orbbec, RoboSense, and Livox together?

Yes. Use the featured brand section for brand paths, then use the system and application sections to compare by robot platform, robotic arm, sensor, LiDAR, motor, dexterous hand, or project use case.

What if I do not know which product to buy?

Use Get Project Support or Request a Quote. Provide project requirements and the OpenELAB team can help narrow the brand, system, accessories, and quote options.

Do you ship internationally?

OpenELAB supports international ecommerce and project procurement. Shipping options, lead time, and import requirements depend on product type, destination, and order quantity.