Dobot Nova 5
Advanced Mobile Collaborative Robot for Flexible Automation
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The Dobot Nova 5 is a mobile collaborative robot that combines dual robotic arms with an autonomous mobile platform, creating a versatile automation solution for dynamic manufacturing and logistics environments. Featuring 12 degrees of freedom (6 per arm), 14kg payload capacity per arm, and advanced navigation capabilities including LiDAR and stereo vision, it excels at complex pick-and-place, machine tending, and assembly tasks. Designed for manufacturers seeking flexible automation that can adapt to changing production lines without fixed infrastructure.
Released: 2024
Overview
The Dobot Nova 5 represents a new generation of mobile collaborative robots designed to bring unprecedented flexibility to manufacturing and logistics operations. By integrating dual 6-axis robotic arms on an autonomous mobile platform, the Nova 5 eliminates the constraints of fixed automation systems, allowing businesses to reconfigure production lines quickly and deploy automation where it's needed most.
Built on Dobot's expertise in collaborative robotics, the Nova 5 combines precision manipulation with intelligent mobility. Each arm offers a 500mm reach and 14kg payload capacity with industry-leading ±0.03mm repeatability, while the mobile base features advanced navigation systems including LiDAR and stereo cameras for safe, efficient movement in dynamic environments. The system's 90-minute battery life and IP54 rating make it suitable for demanding industrial applications.
Designed with ease of deployment in mind, the Nova 5 supports multiple communication protocols including WiFi, Ethernet, and 4G connectivity, and is compatible with ROS for seamless integration into existing automation ecosystems. Its dual-arm configuration enables complex bimanual tasks that would be impossible for single-arm systems, opening new possibilities for assembly, packaging, and material handling applications.
Key Features
- Dual 6-axis collaborative arms: 12 total degrees of freedom enabling complex bimanual manipulation and coordinated tasks
- 14kg payload per arm: Substantial lifting capacity for handling large parts, tools, and fixtures
- Autonomous mobile platform: LiDAR and stereo camera navigation for safe movement in dynamic factory environments
- ±0.03mm repeatability: High-precision positioning for quality-critical assembly and inspection tasks
- 90-minute battery operation: Extended runtime for continuous production shifts with quick recharge capabilities
- IP54 environmental protection: Dust and water resistance for reliable operation in industrial settings
- Multi-protocol connectivity: WiFi, Ethernet, and 4G support for flexible deployment and remote monitoring
- ROS compatibility: Open architecture for custom programming and integration with existing automation systems
Applications
The Dobot Nova 5 is ideally suited for manufacturers who need flexible automation that can adapt to changing production requirements. In electronics manufacturing, it excels at circuit board handling, component assembly, and testing operations where dual-arm coordination enables faster cycle times. Automotive suppliers use the Nova 5 for parts kitting, quality inspection, and small-batch assembly where its mobility allows it to serve multiple workstations. The system's combination of precision and payload capacity also makes it valuable for medical device assembly, pharmaceutical packaging, and general machine tending applications.
In logistics and warehouse environments, the Nova 5 bridges the gap between traditional AMRs and collaborative robots, performing both transport and manipulation tasks. Its ability to navigate autonomously while executing precise pick-and-place operations makes it effective for order fulfillment, inventory management, and goods-to-person workflows where space constraints or changing layouts make fixed automation impractical.
Technical Highlights
The Nova 5's dual-arm architecture represents a significant advancement in mobile manipulation technology. By coordinating two independent 6-axis arms with ±0.03mm repeatability, the system can perform complex bimanual tasks such as holding a workpiece while assembling components, or coordinating parts from multiple sources. The 500mm reach per arm and 14kg payload capacity provide a substantial work envelope while maintaining the compact footprint necessary for navigation in crowded factory environments.
The autonomous navigation system combines multiple sensor modalities for robust operation in dynamic industrial settings. LiDAR provides precise distance measurement and mapping, while stereo cameras enable visual recognition and obstacle avoidance. The IMU ensures stable motion control, and the IP54 rating protects sensitive electronics from dust and splashes. With 1.6 m/s maximum speed and 90-minute battery life, the Nova 5 delivers the performance needed for production environments while supporting open integration through ROS compatibility and comprehensive SDK support for custom applications.
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