The single-column palletiser is primarily used for end-of-line palletising operations across various industries. With a single-column structure, the main system comprises a lifting axis, a translational axis, a main rotation axis and a gripper rotation axis, forming a four-axis, fully servo-driven palletizer. It is controlled by a motion controller and powered by four servo motors. With a rotation capability of 290 degrees, it can simultaneously palletise two display panels, delivering performance comparable to robotic palletisers.
Its compact, aesthetically pleasing design allows for easy adjustment to accommodate diverse products and pallet configurations. It can operate independently or be integrated with automatic stackers and pallet conveyors to form a fully automated palletising system.

The single-column palletiser is primarily used for end-of-line palletising operations across various industries. With a single-column structure, the main system comprises a lifting axis, a translational axis, a main rotation axis and a gripper rotation axis, forming a four-axis, fully servo-driven palletizer. It is controlled by a motion controller and powered by four servo motors. With a rotation capability of 290 degrees, it can simultaneously

Its compact, aesthetically pleasing design allows for easy adjustment to accommodate diverse products and pallet configurations. It can operate independently or be integrated with automatic stackers and pallet conveyors to form a fully automated palletizing system.
This equipment utilizes a handheld teach pendant for intelligent operation management, ensuring simplicity and ease of use.
The control cabinet is integrated into the inner side of the main column of the palletizer, eliminating the need for a separate cabinet and saving floor space.

The single-column palletiser is primarily used for end-of-line palletising operations across various industries. With a single-column structure, the main system comprises a lifting axis, a translational axis, a main rotation axis and a gripper rotation axis, forming a four-axis, fully servo-driven palletizer. It is controlled by a motion controller and powered by four servo motors. With a rotation capability of 290 degrees, it can simultaneously palletise two display panels, delivering performance comparable to robotic palletisers.
Its compact, aesthetically pleasing design allows for easy adjustment to accommodate diverse products and pallet configurations. It can operate independently or be integrated with automatic stackers and pallet conveyors to form a fully automated palletising system.
This equipment utilises a handheld teach pendant for intelligent operation management, ensuring simplicity and ease of use.

Full servo control, fast running speed and precise positioning. The motion axis adopts RV reducer to improve the repeat positioning accuracy. The operation interface is a handheld teaching device, which is convenient for debugging and simple to operate. Protective covers are installed on the outside of the guide rail parts to prevent dust contamination

Column palletizer is mainly applied in the back-end palletizing process or front-end depalletizing process of production lines in various industries. Their structure is a single-column structure, consisting of a lifting axis, a translation axis, a main rotating axis, and a gripper rotating axis to form the main system of a fully servo four-axis palletizing machine. It is controlled by a motion controller and driven by a 4-axis servo motor. It features a 290-degree rotation function and can be used for simultaneous palletizing at two pallet positions, with performance comparable to that of palletizing robots.

Column palletizer is mainly applied in the back-end palletizing process or front-end depalletizing process of production lines in various industries. Their structure is a single-column structure, consisting of a lifting axis, a translation axis, a main rotating axis, and a gripper rotating axis to form the main system of a fully servo four-axis palletizing machine. It is controlled by a motion controller and driven by a 4-axis servo motor. It features a 290-degree rotation function and can be used for simultaneous palletizing at two pallet positions, with performance comparable to that of palletizing robots.

Forklift trucks load the pallet into the pallet warehouse, according to the need to output the pallet one by one, with all kinds of palletizer use. It can also be used to recycle pallets, harvesting one pallet at a time.

Automatic unpalletizing machine is the opposite action to the automatic palletizing machine, that is, the product is automatically unloaded from the pallet to the conveying line, including automatic bottle stacking, automatic pallet removal, automatic bottle unloading, automatic pallet collection and other functions. Commonly used for unpalletizing glass bottles.

The robot palletizing layout is flexible and can serve multiple production lines simultaneously. The system adopts high-quality servo motors, programmable controllers and variable frequency speed control controllers to ensure reliable and durable hardware. A perfect safety interlock mechanism provides all-round protection for equipment and personnel.

This machine is column palletizing robot, which can rotate nearly 290 degrees and realize two lines at the same time. Can be customized according to different products fixture widely used.

High-position Palletizer is the product according to the need of the pile shape automatically arranged into a layer, the machine automatically push the whole layer into the pallet, the pallet is automatically distributed by the stack machine, and lifted to the highest point, the code is good layer by layer, the downward palletizing, because the palletizing is from high to low, so called high palletizing machine.

Low-position Palletizer is the automatic arrangement of products into a layer, the machine automatically pushes the whole layer into the pallet, one layer up the palletizer, because the palletizer is from low to high, so it is called Low-position Palletizer.