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Short Desription

In this project, qoncept performed an engineering study to evaluate the effects of increasing the ladle weight on a ladle turret. The work focused on verifying overall stability with respect to the foundation, anchoring, and slewing bearing. Structural calculations were carried out to determine whether the turret could safely accommodate the higher load conditions. The study provided a reliable basis for further decision-making regarding potential design modifications and operational safety, ensuring that the turret’s load-bearing capacity was clearly assessed under the new requirements.

Short Desription

In this project, qoncept delivered engineering services to redesign the inlet area in ingot casting. The work focused on reducing erosion and improving flow conditions to minimize inclusions in the final product. Based on provided drawings and investigations, 3D assemblies and 2D design updates were created, with attention given to optimizing selected refractory and cover components. The outcome was a refined inlet design that addressed operational challenges and provided a basis for improved casting performance.

Short Desription

In this project, qoncept delivered the complete engineering and execution for the greening of the outer wall of an industrial hall. The scope included the design of all required components, the installation of the planting system, and the integration of an automated irrigation solution. The project combined technical planning with on-site realization, ensuring both structural feasibility and sustainable long-term operation. The outcome was a fully engineered green wall that improves the building’s exterior environment while showcasing the advantages of modern greening technologies.


Solution

qontrol maps

Short Desription

In this project, qoncept supported a German foundry in achieving two strategic goals: cost savings through raw material optimization and the digital replacement of manual stock yard management.

The solution is based on the qontrol framework and combines two dedicated applications. The qontrol maps charge optimization application calculates the cost-optimized scrap mix for each heat, ensuring smarter raw material use, improved energy efficiency, and substantial cost savings. In parallel, the stock yard management application replaces manual workflows with a structured digital system for managing storage locations and material movements, creating transparency and reliability across the supply chain.

Seamlessly integrated into the customer’s IT landscape, the system provides operators with clear digital charge instructions and management with detailed reporting tools. This project highlights how digitalization not only unlocks measurable cost advantages but also strengthens process reliability, transparency, and resource efficiency.

Solution

qontrol customized

Short Desription

In this project, qoncept delivered the foundation for a next-generation MES tailored to the packaging industry. The work focused on setting up a proof of concept to demonstrate the capabilities of the qontrol framework in supporting essential shopfloor use cases. Alongside this technical validation, a modern UI/UX concept was designed to provide intuitive, web-based interaction and ensure alignment with future application standards. In parallel, a comprehensive set of packaging-specific use cases was defined, providing a clear basis for future solution development. By combining proof of concept, user-centered design, and structured requirements engineering, the project established a solid groundwork for the subsequent realization of a fully featured MES solution.

Solution

qontrol customized

Short Desription

In this project, qoncept delivered a software solution for structured scrap yard management based on its qontrol framework. The system covers the definition and administration of materials, storage locations, and stock movements with full digital traceability. A key element is the Scrap Yard Cockpit, providing operators with real-time guidance for material transfers and bucket loading through a clear and touch-optimized interface. All movements are recorded automatically, ensuring accurate inventories and seamless communication to downstream steelmaking operations. By integrating user management, material tracking, and operational workflows into a single solution, the project established a reliable foundation for transparent scrap yard processes and improved connectivity with production units.

Solution

qontrol maps

Short Desription

In this project, qoncept delivered a trial installation of qontrol maps on dedicated qoncept servers to demonstrate its full capabilities and prepare the ground for a long-term software license. The project focused on evaluating how qontrol maps enables effective heat optimization in the steelmaking process, taking into account grade management, materials, and stock. To accomplish this, the system was provided with predefined grades and configured for material tracking and stock control. The trial included the Heat Optimization module of control maps, as well as training and support from qoncept experts.

Solution

qontrol LMS | qurve

Short Desription

In this project, qoncept delivered a comprehensive ladle identification system designed to enhance operational efficiency and refractory management in the melt shop. The solution was built around the intelligent camera sensor qurve, a ruggedized device with embedded computing, image processing software, and protective housing for reliable use in harsh steel plant environments. Each ladle was equipped with unique identification plates, enabling accurate tracking across all handling stations such as tapping, ladle furnace, continuous casting, drying, preparation, and slag dumping areas. The system integrates seamlessly with external IT infrastructure via flexible interfaces, ensuring consistent data flow for decision support, optimized logistics, extended refractory life, and improved temperature control.

Solution

qontrol maps

Short Desription

In this project, qoncept delivered a tailored production control and optimization system based on qontrol maps to support efficient foundry operations. The solution focused on streamlining the administration of grades and materials, enabling cost-optimized charge calculation, and providing standardized charge recipes for consistent results. In addition, simple warehouse management functionality was implemented to improve transparency and handling of raw materials. By combining these modules into a single integrated solution, the system supports cost efficiency, reliability, and improved process control, ensuring that key production steps are managed consistently and with a clear focus on long-term operational optimization.