FAIRINO ART7 | PHYSICAL AI ROBOT PLATFORM
Dual-Arm Robot Data Collection for Physical AI
The FAIRINO ART7 supports dual-arm robot data collection for physical AI research, teleoperation, and robot learning. Its two 7-axis arms, force control, and open software platform help teams capture demonstrations and develop intelligent robotic applications.
TECHNICAL SPECIFICATIONS
Accelerate Physical AI with Dual-Arm Robot Data Collection
01 / PAYLOAD
7 kg
Rated payload capacity
02 / REACH
714 mm
Maximum working radius
03 / ACCURACY
±0.03 mm
Pose repeatability
04 / FLEXIBILITY
7 DOF
Degrees of freedom
05 / SPEED
1.2 m/s
Typical TCP speed
03. KINEMATIC ARCHITECTURE
Human-Like Dexterity and Flexible Movement
Redundant 7-degree-of-freedom kinematics overcome traditional 6-axis mechanical singularities, enabling fluid human-like joint articulation in tight production cells.
CONVENTIONAL STANDARD
Traditional 6-Axis Arms
Standard industrial arms utilize 6 degrees of freedom. While sufficient for direct paths, they suffer from mechanical deadlocks, restricted elbow positioning, and require large safety clearances to navigate past obstacles.
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Wrist and elbow singularities halt continuous high-speed trajectories
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Rigid elbow angles require unobstructed overhead clearance
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Complex re-orientation paths decrease cycle time efficiency
FAIRINO INNOVATION
Fairino 7-Axis Architecture
With an added redundant kinematic axis, the Fairino cobot matches the human arm's fluid swivel capability. The tool center point stays locked while the arm body effortlessly flexes around obstacles.
01.
Singularity-free motion ensures continuous precision and smooth camera tracking
02.
Active obstacle avoidance allows seamless operation inside constrained fixtures
03.
Expanded reachable workspace with optimal payload torque distribution
CORE ARCHITECTURE & INNOVATION
Engineering the Future of Collaborative Robotics
High-sensitivity torque sensing across all axes delivers responsive collision detection and precise compliant motion for sensitive assembly operations.
01.
Full-Joint Force Control
Ultra-compact harmonic drives, frameless torque motors, and high-resolution dual encoders maximize payload-to-weight ratio without compromising rigidity.
02.
Lightweight Integrated Joints
Standardized quick-service joint modules allow rapid on-site maintenance, interchangeable links, and versatile mounting across floor, wall, or ceiling.
03.
Modular Mechanical Design
Full internal cable routing through hollow joint shafts eliminates external snagging, extends service life, and ensures seamless continuous 360-degree rotation.
04.
Hollow Internal Wiring
Comprehensive developer support with native ROS2 packages, real-time control drivers, and C++/Python APIs for advanced vision guidance, AI trajectory planning, and seamless industrial PLC integration.
05.
Open ROS2 & Native Multi-Language SDKs
Built for a Wide Range of Applications
APPLICATION MATRIX / 04 CORE PROCESSES
01. PROCESS
Industrial Manufacturing
Electronics assembly, inspection and line-side handling with two force-controlled 7-axis arms.
02. PROCESS
Commercial Services
Picking, packing and handling boxed goods for logistics, retail and fulfillment.
03. PROCESS
Scientific Research
An open ROS2 platform for labs and universities building the next generation of physical AI.
04. PROCESS
Public Health
Repetitive sample handling and lab automation in clinical and pharmaceutical settings.
ART7 Robotic Demonstration
01. Real-time force-controlled assembly and trajectory execution
03. INNOVATION SPOTLIGHT
ART7-R7 Dual-Arm Humanoid System
BIMANUAL SYNCHRONIZATION
Engineered with two perfectly synchronized ART7 robotic arms for complex bimanual manipulation.
The ART7-R7 leverages high-frequency coordinated motion planning and unified dual-arm kinematic algorithms. Delivering human-like dexterity across complex assembly, laboratory automation, and collaborative material processing applications.
14-DOF
Full Degrees of Freedom
±0.03 mm
Repeatability Precision
04. INQUIRY & ESTIMATION
Request an Enterprise Quote
Partner with Fairino America to engineer high-precision cobot and industrial automation systems tailored to your production workflow. Submit your project requirements below to receive a comprehensive technical proposal.
Technical Consultation
Our robotics application engineers analyze payload, cycle times, reach requirements, and safety compliance for seamless deployment.
Direct Support & SLA
Inquiries received before 4:00 PM EST receive dedicated application specialist reviews within one business day.
HEADQUARTERS & INTEGRATION FACILITY
Fairino America Inc.
Industrial Automation & Robotics Center
North America Operations