Ciansung palletizing workstations leverage advanced intelligent algorithms, superior structural design, and flexible machine configurations to be widely deployed across diverse production scenarios, effectively driving manufacturing upgrades.

In industries such as automotive manufacturing, aerospace, furniture, and heavy machinery, painting is a critical process that affects the final appearance, corrosion resistance, and value of the product. However, traditional manual painting has long faced challenges such as the hazards of volatile organic compounds (VOCs), difficulty in controlling paint uniformity, and incomplete coverage of complex curved surfaces.

Within the entire manufacturing production chain, palletizing serves as the pivotal link between production and logistics. It performs the critical function of neatly stacking finished goods for efficient storage and transportation, directly impacting production efficiency, logistics costs, and product safety. However, as the transformation toward smart manufacturing deepens, traditional palletizing methods struggle to meet the demands for efficiency, flexibility, and precision in modern production. The intelligent upgrade of palletizing operations has thus become an essential path for the manufacturing industry to reduce costs and enhance efficiency.

Safety and precision—why are both indispensable?

Spray coating environments are saturated with flammable and explosive paint mist and solvent vapors. Equipment must incorporate the highest level of explosion-proof and spark-proof design. Even a trace of static electricity or a single spark could trigger a fatal accident. Meanwhile, traditional industrial robots rely on bulky protective enclosures, severely limiting production line layout flexibility.

In the automotive manufacturing industry, welding is a core process for body forming and structural reinforcement, and its quality directly impacts vehicle safety performance, structural strength, and production efficiency.

With the rapid development of new energy vehicles and consumers' ever-increasing demands for quality, traditional welding automation solutions are facing multiple challenges, including insufficient flexibility, information silos, and difficulty adapting to new materials and processes.

In Ciansung Robotics booth C8-6, 3D simulation software and CSXZ-G6 collaborative robots are combined to build the “SF Twin Cobot” application, which can be called a cutting-edge player in virtual simulation and remote control - the application supports fine simulation of 3D solutions on the line, continuous adjustment and optimization of collaborative robot operation strategies, and supports customers to import and efficiently replicate production lines, significantly reducing the cost of automation upgrade paths for customers' factories and ensuring effective replication of high-quality applications. The application supports fine simulation of 3D scheme on the line, continuous adjustment and optimization of collaborative robot operation strategy, and supports customers to import and efficiently copy the production line with a single click, which greatly reduces the cost of automation upgrading path of the customer's factory production line and ensures effective copying of high-quality applications.

This case is a manufacturing automation case:

Help customers assemble non-standard production lines for elevator components in multiple stations such as automatic loading and unloading, deburring, stamping, riveting, and assembly.

The production line realizes the process of installing wave pads, flat pads, rotors into stators, installing motor front end covers, installing screws, locking screws, and magnetizing motors for stepper motors.