XMOM Production Management System for Hot Rolled Steel Sheets and Round Profiles

Goals of the system

The goal of XMOM is to optimize and automate the management of the entire process of producing hot rolled steel sheets and round profiles – from scrap acceptance, through casting and production, to shipment.

Main problems that the system solves

  • Real-time tracking of scrap inventory
  • Generation of optimal production schedules in real time
  • Real-time rescheduling of production schedules in emergency situations: equipment failure, new order, or change in order priority
  • Real-time monitoring of production processes

Main highlights

  • A web-based system with an adaptive interface that can be accessed from mobile devices and desktop computers
  • Real-time tracking of scrap income and expenditure throughout the enterprise
  • Monitoring of the entire production process
  • Optimization and automation of production scheduling
  • Timely identification of resource shortages for production
  • Visualization of detailed statistical data for the entire production process

Main functionality

Nomenclature

  • Real-time tracking of scrap inventory
  • Tracking of the dosing and casting process for ingots

Availability

  • Production planning for blooms and steel round profiles
  • Monitoring of the production process for blooms and steel round profiles

Rounds

  • Planning of the production process for blooms and steel round profiles
    Monitoring of the production process for blooms and steel round profiles

Finished production

  • Quality control of the finished products
  • Labeling of the products using tags or through stamping

Automotive and railway scale

  • Tracking of the shipment of the finished products
  • Tracking of scrap deliveries
  • Capability to generate detailed reports based on scale tickets, drivers, companies, vehicles, and other parameters

Reports and Analytics

  • Detailed reports on scrap inventory
  • Statistics on resource utilization in the production process
  • Detailed statistics on the production processes of individual products