In the area of production equipment and processes, M.TEC engineers provide advice and analyze, optimize and solve problems in your production plant. In doing so, they use know-how from development, process engineering, plant engineering and in the application of troubleshooting processes as well as a comprehensive portfolio from simulation & calculation.
Engineering services in the field of production technology
- Analysis of production plants / production machines
- Analysis of the assembly plant
- Analysis of the product
- Troubleshooting / error correction with systematic cause analysis
- Sensitivity analyses
- Evaluation of initial samples and process studies from injection moulding and assembly processes including welding processes
- Evaluation of process parameters from the process studies for plausibility and feasibility
- Evaluation of the robustness of the found process parameters
- Creation of experimental designs
- Development of escalation strategies in the event of failure to meet targets
Physical effects - processing, filling, production
Analyzing physical principles of action
The influences on a process must be considered and taken into account at the level of physics. Thus they can be integrated appropriately into the overall solution. This concerns, for example, the behavior of
- dynamic effects
- Liquids, powder, suspended particles etc.
Sensitivity analyses
Identify sensitive process parameters
- for existing plants
- for new concepts
Special expertise in plastics technology
If it is not the machine but the plastic components that are responsible for a robust process without pseudo rejects and/or with an increased reject rate, the engineers at M.TEC can show the consequences for a possible article adaptation right into the injection mold without neglecting the requirements for the assembly.
Project examples production plants
- Cost analysis/conceptual design for an additional module in an assembly system for a consumer product
- Analysis and improvement of process engineering production plant with regard to fluid mechanics
- Analysis of packaging systems to increase efficiency
- Analysis of filling system for the definition of a nozzle geometry
Troubleshootings in the area of production plants
- After change of material: joining problem/increased reject rate; analysis and error correction
- Duplicated, modified assembly line medical technology: failure to achieve efficiency/increased reject rate; analysis and problem solving
- Analysis pseudo-committee
- End-of-line test
- Internal measurements in an assembly plant