DYNAMIC SCHEDULING CONNECTED TO MACHINES

DYNAMIC SCHEDULING CONNECTED TO MACHINES

Innovations Awards
DYNAMIC SCHEDULING CONNECTED TO MACHINES
DYNAMIC SCHEDULING CONNECTED TO MACHINES

Information

JITbase's dynamic scheduling solution continuously generates and adjusts the production plan based on real shop floor conditions. Unlike traditional approaches relying on static ERP or Excel schedules, JITbase connects production planning directly to real-time execution data to deliver a truly executable schedule. The system takes into account machine capacities, operator availability, standard times, and industrial constraints, and automatically recalculates the plan whenever a disruption occurs (delays, breakdowns, operator absence, priority changes). The production schedule remains continuously synchronized with the actual state of the shop floor, without manual rework. This approach enables production teams to shift from reactive planning to dynamic and anticipative control. Supervisors gain a clear, shared view of short-term production priorities, can immediately assess the impact of disturbances, and secure delivery commitments. By directly linking scheduling with real-time execution, JITbase delivers measurable improvements in industrial performance, schedule reliability, and operational responsiveness.
JITbase6M157JITbase is a production management software that connects scheduling, shop floor execution, and performance analysis. It automates daily production scheduling, tracks production in real time, and calculates key performance indicators such as OEE, cycle times, and WIP. JITbase’s key differentiator is its operator-centric approach. The software learns from actual machine behavior and production history to identify the manual interventions required, their frequency, and their duration. This makes it possible to accurately calculate operator workloads and optimize operator allocation across machines. During production, the operator interface guides shop floor execution. It displays the operations and work orders to be performed at each workstation and notifies operators in real time when a manual intervention is required on each of the machines they supervise.