Featuring integrated teaching pendant and controller in a compact footprint, this control system adopts EtherCat bus control mode to enable fast editing and rapid deployment. It supports flexible robot control with force‑control accuracy within 1N.
Haozhi’s Control System serves as the central neural network and brain for modern industrial and collaborative robots. Integrating advanced real-time EtherCAT bus communication, high-precision force-control algorithms, and intuitive teaching solutions, it bridges seamless motion processing with versatile field applications. Designed with exceptional reliability and anti-interference performance, our control system delivers high-precision trajectory execution and safe human-robot interaction—enabling rapid deployment across diverse automation scenarios.
Engineered for ultra-precise response, fast deployment, and adaptive safety, our control system provides the perfect synergy between hardware architecture and smart algorithms.
Features flexible robot control with force sensing accuracy within 1N and real-time collision detection without extra sensors. It continuously monitors joint forces and current feedback to ensure ultimate safety for human-robot collaboration.
Built on an EtherCAT bus control mode (with CANopen support), the system guarantees microsecond-level real-time motion synchronization. It delivers reliable signal transmission and robust resistance against harsh environmental factors like dust, oil, and moisture.
Equipped with an integrated handheld teaching pendant and controller, it supports current-loop drag-to-teach capabilities with zero-code interaction. Operators can edit and debug programs in seconds, drastically cutting down line-switching times.
Combining highly responsive dynamics with intelligent perception algorithms, Haozhi’s Control System empowers robots across service, automotive, and advanced manufacturing sectors, facilitating seamless automation and intelligent upgrades.
Integrated with 3D vision perception and AI recognition models, the system precisely guides robotic arms to dock and unplug charging connectors automatically. It achieves a 99% single-pass recognition accuracy and precise positioning (±0.03mm) even in dynamic parking environments.
Fusing 3D vision trajectory planning with dynamic force control, the system mimics traditional human massage techniques based on body acupoints. It adjusts massage pressure dynamically to ensure a comfortable, flexible, and safe experience.
Delivering high repeat positioning accuracy and fast cycle times, the system manages seamless handling, assembly, and inspection in 3C, automotive parts, and precision manufacturing industries, significantly lowering labor costs and boosting efficiency.
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We combine proven, reliable components with tailored mechanical and electrical interfaces to solve your exact drive system requirements. By perfectly matching standard reliability with individual customization, we deliver your customer-specific solutions quickly and flexibly.
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