DESIGNING OF
INTRALOGISTIC
PROCESSES
LogABS is a 3D simulation software dedicated to designing and redesigning intralogistics in a factory. It is a tool that supports creating and modifying the layout of the factory and automating the process of designing and implementing logistic trains based on the Lean concept. The application uses embedded mechanisms of value added analysis, Yamazumi analysis and PFEP (Plan For Every Part). Thanks to the fact that it uses the language of a production engineer, modeling of the factory is much easier and faster. The use of LogABS to support decisions by analyzing many design variants helps to significantly reduce the costs of current processes and planned implementations.

WHAT DOES THE LogABS
TECHNOLOGY DO?
![]() |
DESIGNING AND MODiFYING THE LAYOUT OF THE PRODUCTION PLANT / PRODUCTION SPACE |
---|---|
![]() |
DESIGNING AND REDESIGNING (IMPROVING) INTRALOGISTICS PROCESSES (MILK RUN) |
![]() |
PRODUCTION PLANNING |
![]() |
WORKSTATION BALANCING |
![]() |
PRODUCTION LINE BALANCING |
![]() |
WORK ERGONOMIC ANALYSIS (EMPLOYEES' WORKLOAD) |
![]() |
YAMAZUMI ANALYSIS |
EFFECTIVENESS OF LogABS SYSTEM:
use of a database system integrated by PFEP
interactive layout – it gives the ability to change position of a production line,
manufacturing cell on the layout of the factory with preservation
all designed and implemented movements
and positions inside the line, cell
building technological path allowing Lean analysis (VA and Yamazumi)
enabling continuous improvement
automatic generation of sectors and routes of logistics trains
automatic generation of train paths and train operators
automatic generation of charts presenting
the results of simulation experiments
drastic reduction in modeling time
ease of modeling of switchovers
interactive layout – it gives the ability to change position of a production line,
manufacturing cell on the layout of the factory with preservation
all designed and implemented movements
and positions inside the line, cell
building technological path allowing Lean analysis (VA and Yamazumi)
enabling continuous improvement
automatic generation of sectors and routes of logistics trains
automatic generation of train paths and train operators
automatic generation of charts presenting
the results of simulation experiments
drastic reduction in modeling time
ease of modeling of switchovers

SAVING TIME
AND MONEY
THROUGH VIRTUAL
MAPPING OF
THE REAL INTRALOGISTIC
PROCESS

WHY LogABS?
BENEFITS RESULTING FROM THE USE
OF TECHNOLOGY
![]() |
simplicity of use, |
---|---|
![]() |
fast designing, |
![]() |
fast simulation modeling, |
![]() |
easy to modify the layout, |
![]() |
templates and analytics dedicated to intralogistics, |
![]() |
operating the language of a process engineer, logistics, |
![]() |
implementation of work in accordance with reality, |
![]() |
quick implementation. |