Steel Strip Processing Lines from Primetals Technologies

PLTCM automation systems from Primetals Technologies address key challenges such as minimizing strip thickness variations, reducing the impact of disturbances like roll eccentricity and lubrication issues, and optimizing rolling strategies for high-quality strip production.

Coating Line Automation is an advanced system designed for coating lines in steel processing plants.

Continuous Annealing Line Automation is an advanced automation system for continuous annealing lines.

The Continuous Galvanizing Line Automation system excels in this area with its sophisticated Coating Weight Control (CWC) system.

Pickling Line Automation is a state-of-the-art automation solution that enhance process control, increased safety, and reduced downtime.

Ensure exceptional strip edge quality with EdgeMon. Automate edge inspection for steel and aluminum, reduce scrap, and enhance yield with real-time monitoring and high-quality imaging.

Enhance steel strip quality with PropertyMon. Achieve real-time, non-destructive measurement of mechanical and magnetic properties for improved process control, efficiency, and reduced defects.

Boost productivity and quality with automated coil ID recognition using OCR and machine learning for seamless operations across mills and coil yards.

Detect overpickling in real-time with the AI-powered Overpickling Assistant, ensuring high-quality strip surface issues recognition.

The energy management system enhances operational efficiency through predictive algorithms to optimize energy use at ironmaking plants, steel plants and rolling mills.

The Energy Peak Optimizer increases operational efficiency through intelligent predictive control, supports the transition towards greener production practices, and optimizes energy consumption by storing energy during low-demand times.

High-Voltage Power Supply for Steel and Aluminum Plants

Medium-Voltage Power Supply, Substations, and Transformers

With various applications throughout the steel industry, low-voltage drives and motors enhance product quality and ensure optimal plant productivity.

The customizable dimensions of medium-voltage drives and motors enhance flexibility and adaptability. Additionally, their design minimizes distortion of the supply grid. Combined with a robust and durable construction, these features make them ideal for the various demands of steel plants.