DATE: 2026/04/16
Automatic Robotic Palletizer Premium Quality Guaranteed
SEER Robotics’ fully automated robotic palletizing solution is located in high-end smart factories and unmanned logistics centers around the world. The system integrates the world’s top SRC series controllers with high-precision laser SLAM navigation technology to ensure excellent stability performance in complex industrial environments. Its basic structure includes an autonomous forklift AMR, a multifunctional end gripping mechanism (claw/vacuum suction cup), and an intelligent perception system. It aims to help companies achieve seamless automation transformation from production line terminals to warehousing by replacing high-intensity and repetitive heavy physical labor and demonstrate the digital manufacturing quality of the Industry 4.0 era. In terms of core technology, the solution relies on AI deep learning and 3D obstacle avoidance radar to support intelligent recognition of multi-sized pallets and material racks, with a navigation accuracy of ±10mm, significantly reducing handling losses. Its design advantage lies in its high modularity and low maintenance cost. Through the RDS robot management system, multi-machine scheduling and 24/7 continuous operation are achieved, significantly improving palletizing efficiency. The system supports multiple material versions and non-standard customization and is easy to install. It not only significantly reduces the risk of work-related injuries and personnel loss caused by manual operations but also further optimizes the utilization rate of vertical storage space with its compact structural layout, bringing significant long-term economic benefits to enterprises.

This model flexibly moves through narrow spaces with an extremely small turning radius and is combined with laser SLAM navigation to achieve high-precision stacking and handling. Mainly used in narrow tunnel operations of 3C electronics, pharmaceutical circulation, and food storage.

As a CE-certified ultra-thin, pile-height robot, it integrates a 360° safety obstacle avoidance system, providing a load capacity of 1.5 tons while ensuring the safety of human-machine collaboration. Mainly used in automobile assembly lines, semiconductor dust-free workshops, and new energy battery factories.

This product uses dual laser safety protection and intelligent sensing algorithms to achieve stable stacking of large loads. It not only meets EU safety standards but can also accommodate multi-sized pallets. Mainly used in heavy machinery manufacturing, building materials logistics, and large injection molding workshops.
Built-in 3D visual depth camera and AI learning algorithm can automatically adapt to mainstream specifications and special-shaped trays on the market, and the recognition error is controlled at the centimeter level, completely eliminating the risk of warehouse collision caused by offset placement.
Equipped with 360° laser obstacle avoidance radar and safety edge sensors, the response time is as low as milliseconds, ensuring that the robot can achieve safe deceleration or emergency shutdown in crowded, dynamic environments.
Relying on the powerful computing power of the SRC controller, the palletizing repeat positioning accuracy is as high as ±0.5 mm, ensuring that the finished products are stacked neatly and stably, which not only improves the brand image but also avoids collapse loss during transportation.
Combined with Roboshop’s graphical implementation tools, users can complete map construction and task configuration through drag-and-drop operations without writing complex code, shortening the entire deployment cycle to less than a few days.
Designed with a compact chassis (minimum width only 1180 mm), it supports in-situ 360° rotation, allowing flexible operation in aisles as narrow as 1.6 m, increasing cargo storage density by 30% for the same area.
Supports 2-hour fast charging and 2-minute ultra-fast battery replacement solutions. A single charge can continuously perform high-intensity operations for 6-8 hours, ensuring that 100% of the logistics throughput is maintained during peak production line periods.