DELIVERY solutions

Achieving high speed in the delivery without any compromise on quality is a key profitability factor.The blanks delivery process comprises several steps where top precision is required.

As the first step of the delivery process, the transfer extracts the blanks (cut and devoid of waste) from the rotary die-cutter and ensures their longitudinal separation for an individual handling. The spreader then routes the blanks into separate flows running in parallel, with the possibility to eliminate any defective unit (diverter function). The blanks are shingled and conveyed towards the stacker.
Finally the blanks are stacked according to a predefined quantity and height, ready to be palletized.

The diversity in shapes, substrates and weight of the blanks implies a great customisation from the transfer to the stacker.

Main Applications

Komori-Chambon expertise

Comprehensive know-how

Komori-Chambon designs taylormade solutions for each delivery step.
We provide either full delivery sections or separated modules which we integrate into your production line.
High speed production

450 m/mn is the new speed standard defined by Komori-Chambon, with flawless stacks ready to ship.
Boost your productivity.
Extreme versatility

Heat not Burn blanks, bricks or pizza boxes : Komori-Chambon gathered a long experience allowing a total control whatever the blank type.
Maximum output

Our delivery solutions are designed for an intensive use 365 days per year.
The optional palletizers will allow you to further push the limits.

personal consultation here

Production flow insights

TRANSFER
EJECTOR
SHINGLE CONVEYOR
STACKER

The blanks which have just been cut and stripped are separated longitudinally. In liquid packaging applications, the blanks are partially cut and separated by the transfer module
They are transfered from the rotary die-cutter to the spreader for the next steps
Depending on the application, the transfer module can integrate various equipments such as flap breakers, vaccum belts or a non-overlapping configuration.

The blanks are separated transversely by the spreader and are guided into parallel flows
The spreader also allows the sorting and the evacuation of faulty blanks thanks to a 2-way blanks management.
The stacker is then managed bycan handle individual flows (up to 10)
Several configurations are available for an efficient control of any type of blank (kickers, slow-down function…)

The ejected blanks form a shingle along each flow on a first conveyor
The blanks are counted and precisely handled according to adjustable parameters defined for the shingle (gap between blanks)
The progress of each shingle is controlled along the second conveyor according to the stack creation and evacuation

The blanks are dropped at the end of the second conveyor into the stacker
Jogger bars ensure neat stacks
When the stack is complete (complying with the predefined number of blanks and height), it is pulled down by the lift and evacuated onto the final conveyer belt
The next shingle which was put on hold on the second conveyor is then released for the next stack.

Delivery versions

Standard

With a synchronized lifts management, standard solutions offer high speed operations and are cost effective.
Thanks to an optional optical control and diverter system, any defective blank is identified and eliminated.

Independent lifts

The lifts handling the stacks are controlled individually so that they release always the right number of blanks and the preset pile height.
If defective blanks are rejected along one stream, the system will postpone the release of the concerned lift.
Diverter technology + independent lifts = 100% quality and constant stacks