Nova 5
Dobot develops user-friendly robotic arms for education, automation, and research, enabling precision, efficiency, and innovation in diverse industries worldwide.
The Dobot Nova 5 collaborative robot supports flexible automation for assembly, testing, laboratory automation, and material handling applications. Its lightweight design and compact footprint help teams automate repetitive tasks while maintaining precision and smooth operation.
Additionally, the Nova 5 operates quietly and deploys quickly in space-constrained environments. As a result, manufacturers, educators, and research teams can improve workflow efficiency while reducing manual effort.
Key Features & Specifications:
• Reach – 850 mm / 33.5 in
• Payload – 5 kg / 11 lbs
• Lightweight collaborative robot design
• Compact footprint for flexible workstation integration
• Quiet operation for laboratory and office environments
• User-friendly programming and simplified deployment
• Smooth, precise motion for delicate handling applications
• Ideal for assembly, inspection, testing, and laboratory automation
• Flexible mounting options for different workspace layouts
• Compatible with a wide range of tooling and accessories
When evaluating a compact automation solution, In-Position Technologies engineers first review the application requirements. Then, they determine the best robot configuration for the workflow. Finally, they evaluate system performance to ensure reliable and efficient operation.
Their evaluations include:
• Required throughput and cycle time targets
• Payload and reach requirements
• Workspace and workstation considerations
• End-of-arm tooling and application setup
• Accuracy and repeatability requirements
When customers deploy the Dobot Nova 5 as part of a complete automation solution, IP Tech’s engineers optimize the full system by:
• Including all required components for a complete solution
• Verifying compatibility across robots, tooling, and peripherals
• Confirming performance meets application requirements
• Supporting integration with vision and automation systems