Products Description
Energy Saving CR620 Collaborative Robot is a lightweight collaborative robot built for flexible production scenarios. It can work alongside human operators without complex safety enclosures. The machine achieves low power consumption and high efficiency with a compact, maneuverable body. With a 3kg payload, a 622mm working radius and repeat positioning accuracy of ±0.02mm, it can be rapidly deployed to various industrial stations to perform repetitive tasks. Compatible with industries including 3C electronics and automotive component manufacturing, it effectively reduces labor intensity and supports flexible production line upgrades.
Product Advantages
Low Power Consumption
Energy Saving CR620 Collaborative Robot delivers excellent energy-saving performance. It maintains low power draw and electricity expenditure even during long hours of continuous operation.
01
Flexible Deployment
No extensive infrastructure renovation is required. The robot can be quickly relocated and redeployed across different workstations to accommodate frequent production changes.
02
Safe Human-Robot Collaboration
Equipped with multi-layer safety protection mechanisms, it prevents impact injuries to on-site staff when operating in close proximity to humans.
03
Easy Operation
Operators require no advanced programming expertise; they can master the robot rapidly via simple teach pendant programming.
04
Strong Compatibility
It can seamlessly connect to existing standard production equipment without large-scale modifications to original production lines.
05
Working Principle
Energy Saving CR620 Collaborative Robot relies on a built-in high-performance motion controller to receive operation commands from teach programming or industrial control systems. High-performance servo motors mounted at each joint drive the robotic arm to execute precise movements. Meanwhile, an integrated force-sensing module collects real-time contact force data. In the event of unexpected collisions, the robot immediately decelerates to a full stop. It delivers stable human-machine collaborative operation while guaranteeing high working precision.
Process & Technology
Lightweight Integrated Molding
The main body of Energy Saving CR620 Collaborative Robot is produced using high-strength lightweight integrated molding technology, balancing structural rigidity and overall portability.
Precision Transmission
High-precision transmission assembly technology is applied inside all joints, maintaining consistent, stable repeat positioning accuracy even after prolonged continuous operation.
Low-Consumption Drive Technology
Self-developed low-loss servo drive technology is adopted, drastically cutting invalid power consumption generated during joint movement.
Sealed Safety Packaging
Core electrical control components feature fully enclosed dustproof and waterproof packaging, supporting stable operation in dusty, harsh industrial environments.
Application Scope
3C Electronics Manufacturing
It executes component assembly, sorting and other processes for the 3C electronics industry, replacing manual labor to complete high-frequency repetitive work.
Food Processing
It can operate at food packaging and sorting stations, meeting hygiene standards required for clean production environments.
Automotive Component Manufacturing
Suitable for workstation tasks such as screw tightening and material handling in automotive component production, it improves the consistency of finished workpieces.
Logistics & Warehousing
IDeployed in warehousing facilities for small goods picking and palletizing tasks, it boosts the overall operational efficiency of warehouse material flow.
Safety Precautions
Do not allow the robot to carry workpieces exceeding its rated payload for extended periods, as this may cause permanent damage to core joint components.
Avoid storing the equipment long-term in environments with strongly corrosive gas or liquid, which will erode the robot's mechanical and electrical components.
Do not privately adjust parameter settings of the robot's built-in safety protection modules, as this will disable critical safety functions for human-robot collaboration.
Keep strong electromagnetic interference sources away from the robot workstation to prevent signal disorder and abnormal robotic movements.
When the robot will remain unused for long periods, follow standard shutdown procedures to fully power off the unit, park the robotic arm at its designated secure rest position, and apply proper protective covering.
Factory Environment
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