Complete palletizing system as a turnkey project

Individually configured solutions for your industry

A palletizing system must be tailored to the requirements of your industry, not the other way around. Before any engineering project, Baust analyzes product, carton, and pallet dimensions, layer patterns, stack height, output per hour, and the spatial conditions of your warehouse. Based on this analysis, a layout is created that precisely meets your specifications and can be adapted later without altering existing systems.

For the food and beverage industry, stainless steel versions with IP-69K-compliant cleaning are used; for pharmaceuticals, GMP-compliant designs; and for the chemical industry, ATEX zones. Interface widths, gripping systems, and conveyor types are tailored to your products. Special sizes such as half pallets, disposable pallets, or heavy industrial pallets can also be integrated.

In the engineering process, Baust considers not only the current state but also the future growth of your plant. If you are planning multi-product lines, product changes, or additional shifts, the layout is designed accordingly and includes reserve space for future modules. Later scaling is achieved through additional stations, not by constructing a completely new building.

Higher throughput thanks to a continuous system

A continuous system combines product feeding, palletizing, securing, and transfer without manual intermediate stations. This allows the line to achieve the maximum possible throughput within the mechanical specifications. Baust designs each station so that no link in the chain becomes a bottleneck and uses a choice of components for the core. Layer palletizer or palletizing robot depending on the product range.

Where a traditional palletizing system with separate machines is often slowed down by waiting times and repositioning processes, a continuous system ensures a consistent product flow. Through cycle time calculations during engineering, buffer zones are deliberately placed where they can absorb short-term peak loads and prevent downtime. This design is verified in simulations before production begins.

The advantage is also evident during product changeovers. Recipe data sets in the central control system modify layer patterns, gripping parameters, and speed at the touch of a button. Mechanical changeovers are only necessary in special cases. This ensures stable throughput even during multi-product operation, and your line reliably produces the planned quantity per shift.

Modularly designed palletizing systems for future expansions

Modular palletizing systems can be adapted to changing requirements without modifying the existing system. Baust designs its modules as independent units with defined mechanical and control interfaces. Subsequent expansions connect to these interfaces and adopt the existing visualization, so operators don't have to learn a new interface.

Typical expansion scenarios include additional product lines, increased shift output, or new pallet formats. In all cases, the existing plant can continue operating while new modules are built in parallel, tested beforehand at the main plant, and installed during a brief shutdown. This allows investments to be planned and phased, rather than tying up the budget with a single large project.

The replacement of individual modules over the system's lifespan is also taken into account. When a gripper, control unit, or conveyor section is replaced, this is done without affecting the overall system. This modularity ensures a significantly longer service life for the entire system compared to monolithic solutions, because you only replace what is actually worn out.

Factory acceptance testing and training on the assembled system

Before shipping, Baust tests the complete mechanics of a palletizing system at its headquarters in Langenfeld. The system is run with sample material, all safety functions are activated, and the control logic is tested. Only after your factory acceptance inspection does the system leave the hall. This significantly shortens the subsequent commissioning phase at your plant.

Your operating personnel will be involved during the factory acceptance testing, if you wish. Employees will see the system in operation, can ask questions directly at the factory, and experience the final installed state. This early involvement shortens the training time at the final production site and gives your team confidence for the start of production.

After installation at your plant, the Baust team trains operators, shift supervisors, and maintenance personnel directly at the installed system. This way, knowledge is imparted on-site and applied in daily operations. Consulting and project planning and Maintenance and repair Baust remains your long-term contact person for your system even after commissioning.