ADAPTUM operates at the intersection of industrial consulting and engineering implementation: combining the depth of strategic thinking with practical technological expertise. The ADAPTUM consulting portfolio consists of five consulting services covering every stage of manufacturing technology decision-making – from diagnostics to implementation.
1. Diagnostic Consultation
The objective of the Diagnostic Consultation is to identify the real operational needs and the actual focal points of manufacturing technology development beyond the requirements initially defined by the client. The process begins with a personal or online consultation during which the existing production processes, raw material parameters, and target objectives are comprehensively reviewed. The assessment includes the identification of performance and automation deficiencies, providing decision-makers with a clear understanding of the critical development points.
The result of the consultation is a concise, structured diagnostic report containing professional recommendations and strategic directions for potential technological improvements. The entire process typically requires 1–2 days.
2. Concept and Technology Design
The objective of the Concept and Technology Design phase is to transform the identified requirements into a technical and economic concept that can be implemented reliably, efficiently, and cost-effectively. During the consulting process, the relevant technological parameters, process structure, and appropriate equipment configuration are defined. A preliminary layout plan is also prepared, presenting the physical and technical integration possibilities.
This phase also includes a preliminary cost and return-on-investment calculation that supports strategic decision-making. The final outcome is a detailed concept design, technical recommendation, and cost-benefit analysis. The planning process typically takes between 4–14 days.
3. System Design and Implementation Planning
The purpose of the System Design and Implementation Planning phase is to transform the approved concept into a detailed, implementation-ready technical documentation package. The professional work includes defining supplier specifications, establishing the integration logic, preparing the project schedule, and conducting risk analysis to ensure smooth implementation.
The result is a complete tender or procurement documentation package, along with a detailed integration and commissioning plan that enables the implementation process to begin with confidence. The process generally takes 1–2 weeks.
4. Technological Implementation Control
The objective of the Technological Implementation Control service is to ensure that the established technological concept, engineering decision logic, and overall system integrity remain under control throughout the implementation process. During the consulting process, critical technical decisions are validated, supplier proposals are professionally evaluated, and the system-level impact of modifications or deviations is assessed. The professional control also covers integration logic, commissioning procedures, and critical risk points, ensuring that decision-makers receive reliable technological support throughout the entire implementation phase.
At this stage, ADAPTUM does not operate as a contractor or operational project management provider, but as an independent technological control and decision-support partner. The outcome is a structured implementation control report containing the evaluation of critical technical and economic risks, as well as professional recommendations regarding required interventions and next steps. The process ensures that the implemented system operates according to the originally planned technological, operational, and economic logic.
5. Follow-up: Performance Optimization and Operational Support
The objective of the Follow-up service is to ensure that the implemented technology continues to deliver the planned performance level over the long term while remaining open to further optimization. The service includes efficiency audits, operator training when required, and the development of maintenance and energy utilization strategies.
The result of the process is a structured report containing concrete development recommendations and cost-reduction opportunities.