Payload 300kg Latent Warehouse Handling Robot for Logistics & Manufacturing Industry

Our latent warehouse handling robot is a highly intelligent automated device specifically designed for modern warehousing and logistics environments. This robot integrates advanced navigation technology with robust load capacity, aiming to significantly optimize material handling processes, enhance overall operational efficiency, and reduce operational costs. With its flexible motion control system and intelligent management features, this robot can autonomously operate in complex warehouse settings, effectively addressing the challenges faced by traditional handling methods.

Product Features

1. High Load Capacity:

   • Capable of handling loads up to 300 kg, this robot efficiently transports heavy items, meeting the demands of bulk material transport and reducing labor costs.

2. Precise Lifting Height:

   • With a lifting capability of 60 mm, it ensures safe and efficient transfer of items between shelves and platforms at varying heights, minimizing time loss during handling.

3. Fast Operating Speed:

   • Operating at a rated speed of 2 m/s, it significantly reduces material handling time, enhances operational efficiency, and ensures rapid response to business needs, thereby lowering overall operational costs.

4. Flexible 360° Rotation:

   • The robot can rotate 360 °, allowing for agile maneuvering in tight spaces, optimizing warehouse space utilization, and minimizing operational bottlenecks caused by spatial constraints.

5. Compact Turning Radius:

   • With a turning radius of just 880 mm, it can easily navigate limited spaces, improving operational flexibility and ensuring efficient performance while reducing downtime.

6. Intelligent Navigation System:

   • Utilizing a combination of QR code and laser navigation technology, it provides precise autonomous positioning and path planning capabilities, ensuring efficient operation in dynamic environments while minimizing the risk of errors.

7. Multi-layer Safety Protections:

   • Equipped with multiple safety features, including real-time collision detection and obstacle avoidance systems, it safeguards both the robot and surrounding personnel, reducing accident risks and associated costs.

8. Wireless Network Communication:

   • Supports wireless integration with warehouse management systems, enabling real-time data transmission and monitoring, thus enhancing overall logistics management efficiency and reducing labor management costs.

9. Intelligent Power Management:

   • An efficient power management system extends the robot's operating time, reduces charging frequency, and improves operational continuity and reliability, lowering energy costs.

10. User-Friendly Interface:

    • An intuitive human-computer interaction interface simplifies the operation process, making it easy to train staff, enhance operational efficiency, and reduce training and management costs.

Application Scenarios

1. Warehouse Logistics:

   • In large warehouses and logistics centers, the robot efficiently handles various goods, reducing the need for manual intervention, significantly increasing material flow speed and operational efficiency, thus lowering operational costs.

2. Manufacturing:

   • The robot can automatically transport components between production lines and storage areas within manufacturing facilities, ensuring smooth production processes, minimizing downtime, and reducing labor costs while enhancing overall production efficiency.

3. E-commerce:

   • In e-commerce warehouses, the robot autonomously executes order fulfillment and goods handling tasks, increasing order processing speed, reducing labor demands, and effectively lowering operational costs.

4. Retail:

   • Ideal for inventory management in large retail environments, the robot can flexibly move between shelves and backrooms, optimizing restocking processes and improving customer satisfaction while reducing labor management costs.

5. Healthcare Institutions:

   • The robot can be utilized for transporting items within hospitals, such as medications and medical equipment, ensuring efficient and safe fulfillment of healthcare needs, while reducing labor costs and time spent on material handling.

Through these application scenarios, the latent warehouse handling robot not only enhances operational efficiency across various industries but also provides strong support for businesses in achieving intelligent and automated transformations, effectively reducing overall operational costs and driving modernization within the industry.