Classic Power · Steady Evolution
15 classic models, validated by over 8,000+ hours of field application
Built on a proven hardware platform, internally re-engineered to redefine performance boundaries

Smart Core Driving a Productivity Revolution
Reconstructed Software Architecture — Making Robots Think Smarter
• Intelligent Multi-Task Collaboration: Like giving the robot a “multi-core brain,” motion, inspection, and communication run concurrently, boosting response efficiency by 50%.
• Programmable Logic Unit: FPGA enables microsecond-level response, upgrading
motion accuracy to ±0.01mm.
• Visual Programming Interface: Modular process blocks allow deployment within 30 minutes without coding experience.
Process-Pack Ecosystem — Pre-Integrated, Plug-and-Play Capabilities
• 12 pre-built process packs including palletizing, vision correction, dynamic gripping
• Supports customized process design for 20+ industries including New Energy & 3C
• Cross-platform protocol compatibility, seamless with mainstream PLC & MES

Smart O&M System — Let the Robot Manage Itself
• Predictive Maintenance: Monitors 100+ parameters, reducing fault-location from hours to minutes.
• Load-Adaptive Algorithm: Auto-detects payload changes for stable accuracy at high speeds.
Integrated Drive-Control — Chip-Level Breakthrough
ARM + FPGA Dual-Core Heterogeneous Architecture
• ARM: Handles algorithm decisions (path planning, vision recognition)
• FPGA: Executes real-time control (current loop, signal processing)
• On-Chip Bus Communication: Achieves nanosecond-level instruction response

High-Reliability Architecture
• Three-Zone PCB Isolation: Power, drive, and control zones are physically separated, tripling anti-interference performance
• Intelligent Thermal Management: Full-power operation sustained at 50°C
• Modular Expansion: Supports plug-and-play IO, vision and sensor modules
Verified Performance Gains
• Cycle time improved by 18%, up to 240 ppm
• Energy consumption -40%; Cable cost -60%
• Vibration suppression +40%, smoother trajectories
Real Value — Visible, Measurable Improvements
From Unboxing to Production: Deploy in Just 30 Minutes
1. Process selection (5 min)
2. Parameter configuration (10 min)
3. Simulation validation (8 min)
4. Physical debugging (7 min)
Total: Full deployment in 30 minutes
Total Cost of Ownership Reduced Significantly
• Maintenance cost ↓40%
• Energy cost ↓40%
• Training cost ↓60% (thanks to graphical UI)

Application Cases
3C Electronics Assembly
Vision-guided precision assembly; 0.01 mm accuracy; yield up to 99.5%

New Energy Battery Stacking
Multi-axis coordinated operation; up to 200 PPM; error ≤0.015 mm
Meets clean-room standards; changeover time reduced by 70%
Continuously Upgradable Platform
• Compute Reserve: Built-in 6 TOPS AI capacity for future intelligent algorithm upgrades
• Modular Hardware: Supports up to 6 external axes
• Software-Defined Functionality: New capabilities delivered via process-pack updates — no hardware replacement needed