Our Products
quickly to your right product solutions
Our Products
quickly to your right product solutions
The browser-based, modular Warehouse Management System supports all manual and automatic intralogistics processes. With dimensioning logics, the system is suitable for both classic picking warehouses and highly complex automated systems - with batch or wave picking.
The system stands for maximum flexibility, which is particularly evident in individual hardware concepts and the connectivity options of host and subsystems. Smartphones, tablets and wearables can easily be integrated at any technology level. The well thought-out, intuitive operating instructions facilitate quick training and increase the acceptance of the system.
With perfectly coordinated report and KPI functionalities, the WMS contains a complete control tool. The monitoring and evaluation of processes - up to the employee evaluation - is part of the system. The stock visualisation provides utilisation and order key figures and provides recommendations for action.
The level of automation in logistics increases continuously. Due to the high investments, it is essential to fully exploit the capacity of your automated system with intelligent controls. Our material flow control is a manufacturer-independent, future-proof solution that offers highest performance, the best routing, flexible interfaces, and free choice of database and operating system.
Green field or retrofit projects: The iFD WarehouePilot garantees system availability requirements of more than 99.8% and adapts easily to new, customer specific requirements. Because of perfectly proven migration concepts and over 30 years of experience iFD is your best partner if it comes to the replacement of legacy systems and the trouble-free smooth implementation of our state-of-the-art solutions.
With the WarehousePilot from iFD, all important system parameters are visualized in an easy and understandable way. An central, browser-based monitoring system - that makes additional SCADA software needles - is used to permanently visualize information about the current system occupancy, active transport orders and cycle states of individual conveyor locations. Adjustments such as closing and opening of selected areas can be done directly through the visualization dialogue.
Increase the performance of your fleet with existing resources. All transports are optimised in a digital order pool, managed and assigned to the forklift fleet in real time. Increase process reliability, avoid empty runs, maximise utilisation and meet target deadlines - the iFD forklift control system supports everything.
The iFD SLS keeps track of utilisation, locations and available equipment at all times. As a result, priorities from orders and processes are reconciled and conflicts are eliminated. Using comprehensive statistics, the system can generate KPIs and provides comprehensive evaluations of productivity, full and empty runs and fleet utilisation.
The connection and control of driverless transport systems (AGV) is also implemented in the iFD-SLS. And our system even goes a step further, as it not only allows the control and optimisation of the manned and unmanned fleet, but also the coordinated control of man and machine in one system.
Complexity and dynamics in the production and logistics process are constantly increasing. Logistical problems often push the boundaries of Operation Research methods, and that's where our simulation system comes in. The digital model analyses emerging issues and can be fixed before they affect your inventory.
With a reliable simulation, you receive an important tool for answering questions regarding the optimal design of conveyor technology as well as for the optimization of production processes and order sequences. This allows you to check in advance the benefits of planned investments and to assess their effectiveness.
With a simulation that realistically maps the complexity and dynamics of your technical systems, your processes can be displayed transparently. You can test new processes and coordinate them optimally. The simulation shows cause-and-effect relationships and allows bottlenecks to be identified and analysed before they occur.