X-Pact® Thermo-Mechanical Rolling Increased rate with sophisticated staggering of plates | - Production of micro-alloyed high strength steel with higher ductility requirements
- Stable reproducible thermo-mechanical rolling process
- Better thermo-mechanical production rate with sophisticated staggering of plates in the mill area
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X-Pact® Pass Schedule Calculation (PSC®) Physical process model for the generation of optimal set points | - Optimal rolling process
- Maximum production
- Best product quality
- Support for the development of new products
- High production flexibility
- Adaption of model parameters with regard to process results
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X-Pact® Profile and Flatness Control (PFC®) Optimal set points for the actuators of CVC® plus system and the bending system | - Provides best possible profile and flatness results
- Minimized profile anomalies
- High production flexibility
- Extended rolling campaigns
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X-Pact® Automatic Shape Control Best results for plate rectangularity | - Minimization of scrap
- Maximization of yield
- Automatic adjustments of roll gap for best plate rectangularity
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X-Pact® Plate Cooling Control In-bar temperature cooling strategies | - Very high accuracy for repeatable material properties
- Cooling strategies for a wide range of hot rolled products
- Suitable for use with different mechanical designs
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X-Pact® Plate Leveler Control Optimized model set point calculation for increased flatness performance | - Flattens and removes residual stress from the plate
- 9/5-roll mode for a broader leveling range without changing rolls (for cold plate leveler)
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X-Pact® Plate Cutting Optimization Best cuts for production of the finished plate | - Automatic corrections for measured/planned pattern mismatch
- Current performance of the various shears is taken into consideration
- Online information if one final dimension can not be cut
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