Carcass label information
After slaughter, the carcasses are registered, graded and labeled according to country of origin and quality, after which they are sent to chill stock.
When the carcasses are taken out of the chill stock into the deboning area, the label—containing information such as type, place of birth, farm, age, grade, classification as well as in-house data such as the colour of meat—is scanned into the deboning and trimming system.
Based on this information, the specific pistol, rib or other section is weighed in and allocated to a cutdown line for pre-break and deboning.
Trimming according to set specifications
When registered into the system, a range of different cutting patterns are already specified for each particular product – i.e. how it is going to be deboned and trimmed on the StreamLine. The primals from deboning and break up are distributed, based on operator availability, to one of the work stations of the two StreamLine systems, where they are cut, trimmed and skinned according to specifications.
The specifications are shown to the operator on a terminal by his trimming station. The weight of the trim, fat and finished product is registered and compared to the incoming weight for throughput and yield calculation. The finished products are sent to labeling and automatic vacuum packing, after which they are led to a finished goods area.
Online monitoring via Innova
Yield, throughput, cutting performance and other key performance indicators (KPIs) are automatically registered and monitored for the entire line as well as for the individual operator, using the Innova intelligent control software.
Being able to see and monitor information from the production line gives the management at Marcher a good overview of what is taking place, along with the opportunity to take corrective action and make changes to the set-up.
Yield monitoring
Plant Manager, Jörg Mai was involved in the set-up of the StreamLine systems from the start, and knows them inside out.
“With the Innova reporting system we are able to monitor yield from input to output as well as individual operator performance. We use the daily reports to analyse things like line and individual performance for the day and week, and to make changes if needed. Group yield like you see on traditional processing lines is OK, but individual operator monitoring is necessary to really optimise the utilisation of the many products. You cannot leave it to the individual operators—no matter how good they are—to decide how to get the best from the incoming products. An intelligent, computer controlled system is needed for that.”