Products Description
Energy Saving CR920 Collaborative Robot is human-robot collaborative equipment designed for industrial flexible production scenarios. It can work alongside operators within the same workspace without physical safety fences. Suitable for a wide range of repetitive, high-load industrial processes, the robot features a compact, lightweight structure with straightforward deployment and commissioning procedures. It can be rapidly integrated into existing production lines to enable automation upgrades. During long-term operation, it maintains stable working accuracy with low energy consumption, delivering dependable automation support for manufacturers to reduce costs and improve efficiency.
Product Advantages
Low Energy Consumption
The unit achieves excellent energy efficiency during operation. Continuous long-duration operation effectively cuts overall power consumption across production lines.
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Human-Robot Collaboration
Built with an inherent safety sensing mechanism, it requires no additional protective fencing and can operate alongside workers in a shared workspace.
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Flexible Deployment
Extensive production line modifications are not required. On-site commissioning can be completed in a short timeframe for fast commissioning into production.
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Wide Compatibility
It can be quickly interfaced with various industrial workstations and readily meet operational requirements for diverse processes.
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Product Image
Working Principle
Powered by its built-in multi-dimensional sensing system and real-time motion control algorithms, Energy Saving CR920 Collaborative Robot accurately identifies people and obstacles within its working envelope. It automatically adjusts motion trajectories and output torque. While safeguarding human-robot collaboration safety, it consistently executes predefined repetitive tasks and sustains stable work quality.
Application Scope
Welding Processes: Suitable for various metal welding stations. It replaces manual labor for repetitive welding tasks and improves the consistency of weld seam quality.
Material Handling: Deployed for workpiece transfer and loading/unloading tasks on production lines to reduce workers' repetitive physical strain.
Assembly Processes: It operates reliably at precision product assembly stations and guarantees consistency and accuracy for mass assembly workflows.
Inspection and Sorting: Paired with vision systems, it performs visual inspection and sorting of workpieces to boost efficiency within quality control workflows.
Grinding and Polishing: Suited for high-risk grinding and polishing stations. It isolates workers from dusty, noisy environments and reduces occupational hazards.
Maintenance Guidelines
Joint Cleaning
Regularly wipe dust and debris from joints to keep moving parts clean, smooth and free of jamming.
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Fastener Inspection
Periodically inspect the tightness of base fasteners. Tighten loose fasteners promptly to prevent operational displacement.
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Sensing Calibration
Verify the status of the safety sensing module at regular intervals to ensure sensing functions operate normally.
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Cable Management
Organize external cables on a routine basis to avoid wear from prolonged tension and prevent cable aging and damage.
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Operation Logging
Record the robot's operating status daily. Identify early warning signs of abnormalities for proactive troubleshooting and minimize downtime.
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Market Outlook
As core equipment for human-robot collaborative automation, collaborative robots face rapidly rising market demand. With the automation upgrade of traditional industrial scenarios including welding, material handling and assembly, low-energy-consumption collaborative robots have expanding application prospects and strong market potential going forward.
FAQ
Q: How long is the deployment cycle?
A: Under standard working conditions, the on-site commissioning process is simple. Deployment can be completed quickly to put the robot into service.
Q: Does Energy Saving CR920 Collaborative Robot require dedicated operation and maintenance personnel?
A: Full-time maintenance staff is not required for daily operation. Ordinary production line workers can operate and maintain it after simple training.
Q: What about its safety performance?
A: It incorporates multi-stage collision sensing mechanisms. It will stop automatically upon contact with personnel or obstacles to ensure reliable safety protection.
Factory Environment
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