Dynamic is the automated 90° layer palletiser with fixed pallet, available with single and double infeed.
This palletiser is designed to work on different types of products, built with a sturdy structure with double column to palletise layers up to 300kg on 1200x1200 pallets.
Palletizers by layers, complete with single or double feeding, according to the required ranfe of production; they are suitable to palletize shrinked packs, cartons, or crates with an output up to 300/layers/hour.
Multiple-lines palletizers, suitable to handle kind of product coming from more than one line, simultaneaously.
All Dynamic models can be integrated with an automatic system forming the layer (Mizar).
option & data sheet
AUTOMATIC FEEDING SYSTEM FOR LAYER-PADS
The purpose of the operation is to insert the cardboard layer-pad in the correct position in the shortest possible time and without hindering the movement of other elements such as, for example, the robot palletiser arm.
The system guarantees great autonomy for feeding the layer-pad and is suitable for both traditional and robotic palletizing installations.
Pallet with stacked interlayer pads is positioned on the upper conveyor
The scissor lift progressively raises the stack to the correct gripping position
Column type or robotic type interacting gripper puts the pads between the layers during the palletising phases
The scissor lift descends to the lower level of the conveyor to eject the pallet at the end of the pads
Self-centring motorised side guides for intermediate pads
EMPTY PALLET INFEED SYSTEM
The empty pallet infeed system supplies the palletiser with empty pallets, so that this task needs not be carried out manually.
The system is designed to guarantee maximum flexibility in terms of variations in pallet size. flexibility in terms of variations in pallet size.
The system may be used with 4 forks instead of 2, so as to be able to use half-pallets (also called “demi-pallets”).
Program maker
Software that simplifies the creation of palletising pattern thanks to a mainly graphic structure.
Thanks to the engineering that develops the software for our products and a dedicated research and development department, we can offer an interface that allows our customer to create and modify the palletising programs.
This very intuitive system allows you to check the picking and depositing settings through previews generated on the screen that display the result of the settings before the machine is started.
Starting from two simple information, pack size and pallet type, the system generates a series of palletising schemes that are the starting point for the choice of the desired sequence.
The 3-D previews that accompany the entered settings facilitate the definition of the work to be done and allow you to make changes and verify the result in real time.
Further, the programming interface navigation is sequential, so you will need to complete all the steps to get a new palletising program.
MIZAR Layer Forming system
The phase of pack rotating and layer forming has the purpose of arranging the packs according to a specific configuration required for the following phase of palletising in order to guarantee the highest stability of the pallet and the optimal number of products / layer.
Manipulators are designed to provide a high performance infeed to all types of palletisers: 90°, in-line and with robots.
The task of the manipulator is to translate and/or rotate the product to form and compact the layer, minimizing shocks or stress, especially for fragile or unstable products.
The layer forming system using manipulators is flexible and extremely precise, it can handle any type of pack, even the most delicate.
There are three variants of manipulators: Cartesian, robot or gantry manipulators.
All versions use brushless motorised gripping heads to guarantee maximum precision and optimal control of the clamping force.
The forming belt is driven by brushless motors to ensure maximum stability of the packs.
A significant differentiating element of the manipulators is the accessibility to each area of the system: in case of need, the operator can reach any point for any intervention in maximum safety.
