One warehouse flow, from carton handling to pallet movement.

Start with a simple material-flow map. Mark where individual cartons become a pallet, where a pallet is opened and where labels, quantities or condition are checked. A robot that moves a pallet does not perform the carton work inside that load.

For receiving, one application may move cartons directly from KRONA U1 to an accepted pallet position. Another may need conveyor scanning, sorting, a buffer and a separate pallet-building stage. Select the route around what receiving must confirm before the goods move onward.

For outbound loading, describe the pallet source, how the next carton becomes available, the conveyor or transfer position and the placement order in the vehicle. The same equipment can be used sequentially only when the schedule and task changeover support that arrangement.

Compare receiving handoff routes

Record the load position, dimensions, transfer height, access and available space at each interface. Then define the information that permits the move: load identity, source ready, destination available and confirmed completion.

A shared control plan should name the equipment controller, vehicle or fleet manager and warehouse system involved in each decision. Define which system owns the task and the stock record, rather than allowing several systems to assume that a movement succeeded.

Include ordinary recovery cases in the interface brief. A robot stopping with a carton, an occupied pallet position or a delayed delivery needs a known next action. Decide who can release, cancel or repeat the task and how duplicate movements are prevented.

Specify receiving and warehouse-software events

List the time spent extracting, identifying, transferring, building, exchanging and transporting loads. Include the portion of the shift when each resource is actually available. Peak robot speed and peak vehicle speed do not establish the completed-line rate.

Buffers can absorb temporary interruptions such as pallet exchange or a short occupied destination. They do not solve a receiving stage that is continuously slower than the material arriving. State what happens when a buffer is full and who resumes the flow.

Use the same demand profile to compare one vehicle, a fleet or staged work. Include charging, shared routes, waiting, other warehouse duties and the return movement. The model should show the required output and the work that remains for operators.

Plan cycle time, buffers and daily capacity

An integrated KRONA proposal should distinguish carton handling, any palletizing or depalletizing stage, conveying, pallet transport and software integration. Name the hardware, interfaces and commissioning work included in each part.

KRONA-branded AGV forklifts are selected for the pallet task. U1 carton handling is assessed against the filled carton and working geometry. A combined proposal connects those selections; it does not assume that every available vehicle, robot or software interface is interchangeable.

Agree an application test covering the start and end of the completed job. Useful measures include accepted carton or pallet output, correct task records, assistance, queueing and recovery after an interrupted handoff. Commercial and support terms should refer to that defined system.

Gather evidence before an automation pilot