6轴协作机械臂CR/35，作为一款专为自动化生产设计的机器人，其负载能力达到35Kg，非常适合执行如自动堆叠码垛等重负载任务。该机械臂的臂长达到1813MM，为其在较大工作空间内的灵活操作提供了可能。

主要特点与优势

1. 高负载能力：35Kg的负载能力意味着它可以轻松处理重型物料，如包装箱、零部件等，在自动化仓库、生产线末端码垛等场景中表现出色。

2. 6轴灵活性：6个关节的设计赋予了机械臂极高的灵活性和精确度，能够执行复杂的路径规划和动作，适应不同形状和尺寸的物料堆叠需求。

3. 协作性：作为协作机器人，CR/35设计有安全机制，如力反馈传感器和碰撞检测功能，能在与人类工人共享空间时确保安全，提高生产效率的同时降低事故风险。

4. 长臂设计：1813MM的臂长使得机械臂能够覆盖更大的工作区域，减少了对生产线布局的限制，提高了空间利用率。

5. 易于编程与集成：通常配备直观的用户界面和编程软件，使得非专业工程师也能快速上手，进行任务编程和机器人调试。同时，支持多种通信协议和接口，便于与现有生产线系统集成。

6. 高精度：通过先进的控制算法和传感器技术，实现高精度定位和重复定位，确保堆叠码垛的准确性和稳定性。

应用场景

• 自动化仓库：用于货物的自动入库、出库、分拣和码垛，提高仓储效率和准确性。

• 生产线末端：在生产线的最后阶段，将成品或半成品进行自动堆叠码垛，减少人工干预，提升生产效率。

• 包装行业：在包装线上，将包装好的产品自动堆叠成垛，便于后续运输和存储。

• 物流分拣中心：对分拣后的货物进行自动码垛，加速物流处理流程。

结论

6轴协作机械臂CR/35以其高负载能力、长臂设计、灵活性和协作性，在自动堆叠码垛等重负载自动化任务中展现出强大的竞争力。随着智能制造和工业4.0的推进，这类机器人将在更多领域发挥重要作用，推动产业升级和效率提升。

The 6-axis collaborative robotic arm CR/35 is a robot designed for automated production with a load capacity of up to 35 kg, which is ideal for heavy-duty tasks such as automatic stacking and palletizing. WITH AN ARM LENGTH OF 1,813 MM, THE ROBOTIC ARM OFFERS FLEXIBLE OPERATION IN LARGE WORKING SPACES.

Key Features & Benefits:

High load capacity: The load capacity of 35Kg means that it can easily handle heavy materials such as boxes, parts, etc., and performs well in scenarios such as automated warehouses, end-of-line palletizing, etc.

6-axis flexibility: The 6-joint design gives the robot arm extreme flexibility and precision, capable of performing complex path planning and movements, adapting to the needs of material stacking of different shapes and sizes.

Collaboration: As a collaborative robot, the CR/35 is designed with safety mechanisms such as force feedback sensors and collision detection to ensure safety when sharing space with human workers, increasing productivity and reducing the risk of accidents.

LONG ARM DESIGN: THE ARM LENGTH OF 1813MM ENABLES THE ROBOTIC ARM TO COVER A LARGER WORKING AREA, REDUCING THE CONSTRAINTS ON THE PRODUCTION LINE LAYOUT AND IMPROVING SPACE UTILIZATION.

Easy to program and integrate: Usually equipped with an intuitive user interface and programming software, even non-specialist engineers can quickly get up to speed with task programming and robot commissioning. At the same time, it supports a variety of communication protocols and interfaces, which is easy to integrate with existing production line systems.

High precision: Through advanced control algorithms and sensor technology, high-precision positioning and repeated positioning are achieved to ensure the accuracy and stability of stacking and palletizing.

Application scenarios

Automated warehouse: It is used for automatic warehousing, warehousing, sorting and palletizing of goods to improve warehousing efficiency and accuracy.

End of production line: At the end of the production line, finished or semi-finished products are automatically stacked and palletized, reducing manual intervention and improving production efficiency.

Packaging industry: On the packaging line, the packaged products are automatically stacked into stacks to facilitate subsequent transportation and storage.

Logistics sorting center: automatic palletizing of sorted goods to speed up the logistics processing process.

conclusion

With its high load capacity, long arm design, flexibility and collaboration, the CR/35 6-axis collaborative robotic arm has demonstrated strong competitiveness in heavy-duty automation tasks such as automatic stacking and palletizing. With the advancement of intelligent manufacturing and Industry 4.0, such robots will play an important role in more fields to promote industrial upgrading and efficiency improvement.