Cartonization planning in EWM for waves based on predefined algorithms

[flmarcilio]

Purpose:

In shipping, cartonization is a process that evaluates items in an order to determine the number and size of each carton needed to ship the order.

In traditional packing environments, employees choose the boxes themselves or use order-fulfillment software to select the boxes. Cartonization automates and improves traditional manual shipping methods by saving money and reducing waste. For example, using cartonization can reduce the need to fill voids in boxes, result in less damage because goods are packed and shipped more efficiently and reduce overall shipping costs because packaging weights are reduced.

You can use cartonization planning to improve the creation of shipping handling units (HUs) based on information from product master data and outbound delivery orders, such as quantities, volume, and weight. Cartonization planning results in the creation of planned shipping handling units (PSHUs) that you can use as templates for creating shipping HUs during picking or packing

Overview:

The scenario described below is covering three customers with the same route. There are also three products and three sizes of cartons which will be automatic defined according to the volume & weight capacity.

The EWM process steps starts with an automatic wave assignment based on the customer´s route as well as an outbound process oriented storage control with 2 steps (pick and pack).

Scenario 1:

- Customer HE10NE, products A,B and C with volume & weight capacity for large boxes.



Scenario 2:

- Customer HE10NW, products B and C with volume & weight capacity for medium boxes



Scenario 3:

- Customer HE10SE, product A with volume & weight capacity for small boxes



 

Step 1 : Customizing

Define package bulding profile

SPRO –> IMG –> EWM –> Goods issue process –> Cartonization planning -> Define package bulding profile



Define number ranges for identification of PSHUs

SPRO –> IMG –> EWM –> Goods issue process –> Cartonization planning -> Define number ranges for identification of PSHUs



Configure cartonization planning on warehouse number level

SPRO –> IMG –> EWM –> Goods issue process –> Cartonization planning -> Configure cartonization planning on warehouse number level



Define algorithm profiles for cartonization planning

SPRO –> IMG –> EWM –> Goods issue process –> Cartonization planning -> Define algorithm profiles for cartonization planning



Define access sequence of algoriyhm profiles

SPRO –> IMG –> EWM –> Goods issue process –> Cartonization planning -> Define access sequence of algoriyhm profiles



Define process profiles for cartonization planning

SPRO –> IMG –> EWM –> Goods issue process –> Cartonization planning -> Define process profiles for cartonization planning

Note. This blog describe "Cartonization planning for waves"



Determine process profiles for cartonization planning

SPRO –> IMG –> EWM –> Goods issue process –> Cartonization planning -> Determine process profiles for cartonization planning



Define packing profile for warehouse order creation

SPRO -> IMG -> EWM -> Cross-process settings -> Warehouse order -> Define packing profile for warehouse order creation



Define creation rule for warehouse orders

SPRO -> IMG -> EWM -> Cross-process settings -> Warehouse order -> Define creation rule for warehouse orders



Define search sequence of creation rules for activity areas

SPRO -> IMG -> EWM -> Cross-process settings -> Warehouse order -> Define search sequence of creation rules for activity areas



Define process-oriented storage control

SPRO -> IMG -> EWM -> Cross-process settings -> Warehouse task -> Define process-oriented storage control



Define warehouse process type

SPRO -> IMG -> EWM -> Cross-process settings -> Warehouse task -> Define warehouse process type



Define control indicators for determining warehouse process types

SPRO -> IMG -> EWM -> Cross-process settings -> Warehouse task -> Define control indicators for determining warehouse process types



Determine warsehouse process type

SPRO -> IMG -> EWM -> Cross-process settings -> Warehouse task -> Determine warsehouse process type



Define work center

SPRO -> IMG -> EWM -> Mater data -> Work center -> Define work center



Step 2 : Master data

Maintain pack specification 3 times for each pack material described below.

• Material “66“ – cartonization large


• Material “67“ – cartonization medium


• Material “68“ – cartonization small

t.code : /n/scwm/packspec

E.g. packspec “517“ assigned to pack material “66“



Determine algorithm profiles for cartonization planning

t.code : /n/scwm/cappdet



Assign start/end storage bin for activity area

t.code : /n/scwm/seba



Sort storage bins

t.code : /n/scwm/sbst



Maintain material master data

t.code : MM01 (ERP)

• “Product A“


• “Product B“


• “Product C“

Maintain pack material (material type VERP)

t.code : MM01

• “ Packed pharma - Large“


• “ Packed pharma - Medium“


• “ Packed pharma - Small“

Step 3 : E2E Process

Sales Order (ERP)

t.code : VA01



Outbound delivery (ERP)

t.code : VL02N

note. All of them is assigned to the same route.





Automatic wave assignment

t.code : /n/scwm/mon



Cartonization planning for waves

t.code : /n/scwm/capwave



Note. You can also activate cartonization planning log, as follow:

Easy SAP menu -> EWM -> Settings -> Application log -> Active application log (/n/scwm/actlog)

Subobject : "CAP"

 

*** Cartonization planning results

T.code : /n/scwm/cap













Wave released and picking step (CAR1)

t.code : /n/scwm/mon



Packing step (CAR2)

t.code : /n/scwm/pack

 



Then, after the packing step it would follow the standard loading and goods issue processes.

References :

https://help.sap.com/saphelp_ewm900/helpdata/en/9a/9394774d164a4386c5a03124df9be4/frameset.htm

https://help.sap.com/saphelp_SCM700_ehp02/helpdata/en/36/17ca418c4e4bea96b304726d94231f/content.htm?...

https://searcherp.techtarget.com/definition/cartonization