Applications & Workflows
Production-Ready Automation with 7-Axis Dexterity
Unlock unmatched flexibility and precision across complex industrial manufacturing lines. Fairino cobots adapt dynamically to high-mix production cycles, streamlining operations with zero safety compromises.
Engineered for seamless integration in CNC machine tending, high-accuracy arc welding, palletizing, optical quality inspection, and intricate mechanical assembly.
01. Native Deployment
02. INDUSTRIAL APPLICATIONS
Engineered for High-Precision Factory Automation
Fairino collaborative robots integrate seamlessly across high-mix, low-volume and high-throughput production lines, delivering sub-millimeter repeatability and unmatched worker safety.
01.
Machine Tending
Automate CNC, injection molding, and press loading with rapid dual-gripper changeovers and IP67 industrial dust and coolant ingress protection.
±0.02mm
Position Repeatability
02.
Electronics Assembly
Sensitive pick-and-place, micro-screwdriving, and PCB inspection equipped with integrated 6-axis torque feedback and cleanroom certification.
0.1N
Force Sensitivity Control
03.
Precision Welding
MIG, TIG, and laser seam tracking with continuous path interpolation. Easy drag-to-teach trajectory recording for fast batch configuration.
100%
Seam Uniformity Rate
04.
Collaborative Palletizing
End-of-line palletizing up to 20kg payloads with dynamic pattern generation and integrated safety zones requiring zero bulky safety fencing.
Up to 20 kg
Payload Capacity
RESEARCH & EDUCATION
Open Architecture for Advanced Robotics & Academic Laboratories
Fairino arms provide full-stack real-time kinematics, low-level joint torque control, and seamless integration with modern research frameworks including ROS2, MoveIt, and standard C++/Python toolchains.
Native ROS2 & MoveIt Integration
Official ROS2 Humble and Iron packages including URDF, MoveIt motion planning configurations, and standard ros2_control interfaces for rapid experimental deployment.
01. SDK & MIDDLEWARE
Direct Joint Torque & Impedance
High-frequency 1kHz servo control cycle enabling customized Cartesian impedance, neural network policy execution, and sensor-guided force manipulation feedback.
02. REAL-TIME CONTROL
Open C++, Python & WebSockets SDK
Zero-overhead native libraries compatible with Linux/Windows, MATLAB/Simulink bindings, and complete documentation with ready-to-run Jupyter research notebooks.
03. PROGRAMMING APIS
Academic laboratory discounts & open-source repositories available.
05. FEASIBILITY EVALUATION & INTEGRATION
Evaluate Automation Feasibility with Fairino Engineers
Connect directly with our robotics application engineers to validate cycle times, payload envelopes, end-effector tooling, and PLC architecture before commissioning.
01
Cycle Time Analysis
Detailed trajectory modeling and takt-time calculation for target cells.
02
Tooling & EOAT Review
Gripper flange compatibility, center of gravity offset, and pneumatic routing.
03
Fieldbus & PLC Setup
EtherCAT, Modbus TCP, and Profinet driver integration verification.
04
Simulation Report
Comprehensive 3D motion study deliverable within 48 business hours.