Manufacturing Automation at Scale: Leadership Insights

Suitable for: Metal Fabrication, Heavy Engineering, Automotive Components, Industrial Manufacturing

• The UR8 Long offers a 1750 mm reach and 10 kg payload, making it ideal for welding large, complex, or multi‑angle components.
• MotionPlus enables synchronized movement with positioners and external axes, delivering smoother, more consistent weld paths.
• Integrated with a Lorch welding power source, it provides a plug‑and‑play welding setup that accelerates deployment.
• Enhanced Free‑drive hand‑guiding allows operators to teach weld trajectories easily, even without expert-level robotics experience.
• The system improves weld quality, reduces operator fatigue, and fits seamlessly into existing fabrication cells for safer and more efficient production.

Suitable for: Logistics, Warehousing, FMCG, Packaging, E‑commerce Fulfillment

• The UR20 provides a 25 kg payload and 1750 mm reach, enabling smooth handling of medium‑to‑heavy boxes across packaging workflows.
• Paired with the Cobotiz CF20 lifting column, the solution supports palletizing up to ~2200 mm height, ideal for high‑stack operations.
• Operators can quickly configure box dimensions, pallet patterns, and recipes through an intuitive user interface.
• The system easily manages mixed box sizes, making it suitable for dynamic, multi‑SKU environments.
• A vacuum‑based gripper ensures secure picks and precise placements, improving consistency, safety, and overall throughput.

Suitable for: Education, Skill Development Centers, Automation Training Labs, Light Manufacturing

• The UR3e features a 3 kg payload, 500 mm reach, and an 11.1 kg arm weight, making it ideal for education and compact lab environments.
• Its Ø128 mm footprint allows deployment in tight spaces, small workbenches, or modular training setups.
• An OnRobot RG2 gripper demonstrates fundamental pick‑and‑place operations essential for automation learning.
• Conveyor tracking enables the robot to detect, follow, and pick moving parts directly from a running conveyor, showcasing real-world applicability.
• Simple programming and hand‑guiding make it an excellent tool for training engineers, students, and operators in modern automation concepts.

Suitable for: CNC Machining, Automotive Components, Electronics Manufacturing, Precision Engineering

• The UR15 delivers a 17.5 kg payload, 1300 mm reach, and IP65 protection, making it suitable for demanding CNC machining environments.
• Its compact Ø204 mm footprint enables easy installation into tight CNC cells without major layout changes.
• Operating at speeds up to 5 m/s, it significantly reduces cycle times and enhances throughput.
• Automated tending ensures consistent, 24/7 operation, reducing part damage, downtime, and human fatigue.
• The PolyScope interface simplifies programming, helping manufacturers deploy automation faster and maintain efficient production flows.

Suitable for: Electronics, FMCG, Quality Inspection, High‑Mix Manufacturing, AI‑Driven Automation

• The UR7e provides a 7.5 kg payload, 850 mm reach, and IP54 rating, enabling precision in high‑mix production.
• The new AI Accelerator Kit brings advanced vision, high‑performance compute, and real-time perception directly to the robot.
• On‑edge processing eliminates cloud dependency, improving responsiveness and reliability during AI-driven motion.
• Ideal for electronics, aerospace, automotive, and FMCG sectors requiring adaptable, fast decision‑making.
• Seamless Ethernet and URCap integration, plus open APIs and ROS support, enable customization and advanced AI application development.

Suitable for: Automotive, Electronics, General Manufacturing, Internal Logistics, Warehousing

• This integrated solution combines the UR30 cobot’s high‑precision handling capabilities with the MiR250 AMR’s autonomous navigation.
• The UR30 places components onto the MiR250, enabling synchronized material flow between stations.
• MiR250 uses marker-based docking for consistent, high-accuracy alignment at loading and unloading points.
• The system ensures repeatable transfers and minimizes operator involvement in routine material movement.
• This combination enables smart intralogistics, improving efficiency, scalability, and factory-wide material autonomy.