MAiRA
About
About MAiRA
MAiRA is a seven-axis cognitive robot arm with integrated torque sensing, cameras, microphones and environmental perception. Its sensing allows the robot to detect people, estimate three-dimensional workspaces and regulate contact during manipulation. The extra joint provides flexibility around fixtures and supports human-scale arm movement.
NEURA’s software combines motion control, vision, voice interaction and task teaching within the robot platform. Users can demonstrate actions, connect tools and configure collaborative workflows for assembly, handling, inspection and machine tending. MAiRA is commercially supplied as an arm and as part of NEURA’s wider mobile and humanoid systems.
Capabilities
Source-backed capabilities
- Workflows: Adaptive manipulation, object detection, gesture or voice interaction, force-aware handling and collaborative robot operation.
- Operating environments: Industrial workcells, collaborative automation areas and human-adjacent production environments.
- Target markets: Manufacturers, integrators and automation teams needing a sensor-rich cobot for flexible tasks.
- Deployment model: Commercial cognitive cobot in NEURA's robot portfolio.
- 3D object perception
Claimed - NEURA presents MAiRA with 3D object detection, gesture control and force-torque sensing for cognitive industrial automation.
Source - Gesture control
Claimed - NEURA presents MAiRA with 3D object detection, gesture control and force-torque sensing for cognitive industrial automation.
Source
Timeline
- NEURA Robotics closes $55 million funding round
2023-07-18 - Funding - NEURA Robotics closed a $55M funding round led by Lingotto, Vsquared Ventures, Primepulse and HV Capital. The company said the capital would support research and development, expansion into the U.S. and Japan and increased manufacturing capacity in Germany. NEURA framed the round around scaling cognitive robotics after launching MAiRA, its market-ready cognitive cobot.
Source
Context
Market context
MAiRA is NEURA Robotics' cognitive collaborative robot arm with integrated sensing and AI-driven perception.
- Target environment: Industrial workcells, collaborative automation areas and human-adjacent production environments.
- Workflow context: Adaptive manipulation, object detection, gesture or voice interaction, force-aware handling and collaborative robot operation.
- Customer context: Manufacturers, integrators and automation teams needing a sensor-rich cobot for flexible tasks.
- Deployment model: Commercial cognitive cobot in NEURA's robot portfolio.
- Commercial maturity: Commercial product with public specifications and company positioning around cognitive robotics.
- Adoption constraints: Adoption depends on payload, safety certification, programming workflow, perception reliability, cost and integrator support.
- Market position: Sensor-rich collaborative arm lane positioned between conventional cobots and broader cognitive service robots.
- Adjacent products: Universal Robots UR series, Franka Research 3, JAKA cobots, FANUC CRX
Comparable Systems
- LARA
Neura Robotics - Robotic Arm
- Anvil OpenARM 2.0
Anvil Robotics - Robotic Arm
- Gen3 lite
Kinova - Robotic Arm