DATE: 2026/05/26

Collaborative Palletizing Robot Manufacture High Efficiency System

Collaborative Palletizing Robot Manufacture High Efficiency System

Collaborative Palletizing Robot Manufacturer

SEER Robotics provides a collaborative palletizing robot manufacturing solution based on the SRC series controller, achieving unified management of hands, eyes, and feet and ±0.5mm end positioning accuracy. SEER Robotics is a source manufacturer in the field of intelligent logistics. It has independently developed core controller technology and production lines. By eliminating intermediate links, it provides global integrators with competitive factory-direct shipping prices and extremely fast delivery guarantees.

Collaborative palletizing robots are mainly used in 3C electronics production lines, auto parts warehouses, pharmaceutical packaging workshops, and semiconductor clean rooms.

Rated load
1400kg
Navigation accuracy
±10mm
Driving speed
2 m/s
Collaborative Palletizing Robot

Features Of Collaborative Palletizing Robot

An Efficient Brain Powered by a Core Controller
Leveraging its self-developed SRC-series controllers, SEER Robotics’ collaborative palletizing robots achieve deep integration across all layers, from low-level motion control to high-level application logic. This integrated manufacturing approach ensures millisecond-level response to control commands, significantly enhancing palletizing cycle efficiency and system stability.
Ultra-High-Precision End-Effector Positioning
By integrating high-precision sensors with advanced algorithms, SEER Robotics ensures outstanding end-effector positioning performance when robots execute complex palletizing tasks. This high-precision advantage directly addresses the stringent requirements of high-tech industries for neat material stacking and efficient space utilization.
One-stop implementation tool Roboshop
The Roboshop software provided by SEER Robotics supports the whole process operation from map building to task sequence editing. For automation integrators, this greatly simplifies the field deployment process of collaborative palletizing robots, reducing the traditional weekly commissioning cycle to a few days.
Laser SLAM trackless navigation technology
Using advanced laser SLAM navigation, the robot can realize autonomous obstacle avoidance and path planning without laying magnetic strips or reflectors at the manufacturing site. This flexible deployment allows the robot to quickly adapt to the frequently changing layout of the production line, reducing the secondary cost of environmental transformation.
RDS robot management system collaboration
Robots manufactured by SEER Robotics can seamlessly access the RDS system to realize multi-machine scheduling and traffic management. In the large palletizing operation area, the system can coordinate the efficient cooperation of multiple robots and completely solve the congestion problem and task allocation conflict in the narrow channel.
All-round safety protection standards
The scheme of the integrated 3000FS safety controller conforms to international safety standards and provides 360-degree laser scanning monitoring. In the human-machine collaboration scenario, the robot can sense environmental obstacles in real time and automatically slow down or stop, ensuring the high safety of personnel and equipment in the manufacturing workshop.
Collaborative Palletizing Robot Structured Detailed Parameter Table
Parameter Classification Parameter Items Technical indicators
Performance indicators Maximum running speed 2m/s
Rated load capacity 1400kg
Navigation and positioning accuracy ±10mm
control system Navigation mode Laser SLAM Navigation
Controller Model SRC Series Controllers
Software support Roboshop, a one-stop tool
Safety and Power Obstacle avoidance sensors 360-degree LiDAR
Battery Type Lithium iron phosphate batteries
Protection level IP54
Operational capabilities Charging method Automatic charging station
Climbing ability 5%
Working hours 8h

Collaborative Palletizing Robot Contrast Points

The SEER Robotics collaborative palletizing robot is different from the traditional scheme in that the robotic arm, mobile chassis, and vision system are managed by the SRC controller. This vertically integrated manufacturing model eliminates the communication delay between different brands of hardware, making the entire system better suited for complex palletizing operations, and the execution efficiency is far higher than that of the bulk assembly scheme. With Roboshop, a one-stop implementation tool, SEER Robotics reduces reliance on operator programming experience. Integrators do not need to write complex code to complete the palletizing logic configuration. Compared with other products in the industry that require cumbersome secondary development, our solution significantly shortens the time from unpacking to formal production and greatly improves the delivery speed.

Product Comparison
The problem of frequent line changes of production lines
According to the characteristics of fast product updates in the 3C electronics industry, SEER Robotics solves the problem of difficult movement of traditional palletizing equipment and realizes the rapid and flexible adjustment of production layout.
Insufficient use of warehouse space
For the dense storage environment, we have solved the pain point of insufficient rotation space for large palletizing equipment, and the miniaturized chassis can pass freely in narrow passages.
Multi-machine collaborative scheduling chaos
For multi-station parallel operations, SEER Robotics solves the problem of locking or collision between robots, ensuring the continuity of the logistics link.

Collaborative Palletizing Robot Instructions

Environment map construction
Use lidar and handheld terminals to walk around the manufacturing site, and generate high-precision SLAM maps in real time through Roboshop software.
01
Palletizing process configuration
Set pallet specifications, cargo size, and stacking layers in the software interface, and the system will automatically generate the optimal palletizing path trajectory.
02
Cluster network connection
Connect the equipment to the plant wireless network and configure RDS system parameters to ensure that multiple robots can receive central scheduling instructions.
03
Routine maintenance inspection
Regularly clean the sensor window and check the wear of the driving wheels, and check the battery health status in real time through the background monitoring system.
04

Collaborative Palletizing Robot Manufacturing Solution

3C Electronics Manufacturing Integrator

This group is responsible for building intelligent production lines for well-known brands such as Philips or Siemens. The collaborative palletizing robot manufacturing platform provided by SEER Robotics supports rapid integration of visual inspection functions, which can assist such users to solve the needs of fast grasping and sorting and palletizing of small precision parts and improve the automation level of production lines.

3C Electronics
Auto parts supplier

SEER Robotics solves the high-intensity labor problem of heavy parts handling and pallet stacking for the upstream supporting factories of FAW-Volkswagen and other auto companies. Its high-load and high-precision characteristics meet the automotive industry’s strict standards for punctuality and accuracy of material transportation.

Auto parts
Semiconductor and precision manufacturing enterprises

In the field of semiconductor manufacturing with extremely high cleanliness requirements, SEER Robotics provides nonstandard customized palletizing solutions that can meet clean room operation standards. Its smooth motion control addresses the risk of damage to precision wafers or components caused by vibration during transport.

Semiconductor
Third-party logistics and cold chain enterprises

For large logistics organizations such as Sinotrans, SEER Robotics solves the problem of cross-regional and cross-process freight scheduling. Through the seamless connection between the RDS system and the warehouse management system, these kinds of users can realize the intelligent management of the whole process from unloading to palletizing and warehousing.

Logistics

Certificates And Factories

Certificates

As the world’s leading controller manufacturer, SEER Robotics has independent intellectual property rights of SRC series controllers and production lines. It is the real source manufacturer, providing you with highly competitive ex-factory prices and faster delivery speed. Products comply with international standards and have been deployed in many countries and regions around the world. Through standardized communication protocols, the stable operation and technical compatibility of the system in multinational plant projects are ensured.

Factory

FAQ

Does the collaborative palletizing robot manufacturing solution support secondary development?
Yes, SEER Robotics provides an open API interface and comprehensive technical documentation to facilitate integrators expanding their functions according to specific industry needs.
What is the maximum operating speed of this product?
With a full load of 1400kg, the maximum safe driving speed of the robot can reach 2 m/s.
Does laser SLAM navigation need to change the existing warehouse environment?
No, the scheme adopts trackless navigation technology and can be put into use directly without laying magnetic strips on the ground or sticking reflectors on the wall.
How does the robot ensure safety in a mixed man-machine environment?
The system integrates a safety controller and lidar to provide 360-degree obstacle avoidance detection and will immediately slow down once a person is detected to enter the safety warning zone.
How does the palletizing system perform in terms of positioning accuracy?
Robots manufactured by SEER Robotics, powered by high-performance laser SLAM navigation and precision algorithms optimized through their integrated SRC controller, deliver exceptionally high end-effector repeatable positioning accuracy, ensuring precise stacking of goods.
Does the device support the automatic charging function?
Yes, when the power is lower than the set threshold, the robot will autonomously go to the automatic charging station for energy replenishment, ensuring 24-hour uninterrupted operation.