Fields in which geometry determines function, service life and process stability.
Geometric assessment, alignment and analysis of production lines in a running industrial environment.
Production lines, assembly lines, palletising systems, handling systems, filling lines, extruder plants, calenders, coating lines, dryer sections.
One-off builds without empirical values: geometry is often the only reliable reference.
Double belt presses, single opening presses, film casting lines, digital belt printing systems, jigs and fixtures, frame and structure assembly, test stations, pilot plants.
Systematically narrowing down tracking issues, belt run and geometry-related process problems.
Steel belt lines, belt drums and deflection drums, belt steering rollers, single belt conveyors with oven, cooling and drying belts, press tables, tissue dewatering plants.
Heavy forming equipment where axis position, parallelism and foundation reference feed directly into product quality.
Hot and cold rolling mills, plate rolls, forging presses, forging furnaces, extrusion presses, injection moulding machines, press tools, levellers, coilers.
Metrological support during installation and assessment of relevant components and structures.
Runners, turbine shafts, draft tubes, hydro and turbo generators, stators and rotors.
Precise capture and assessment of crane runways and their technical boundary conditions.
Workshop crane runways, heavy-duty cranes, gantry cranes, bridge cranes, tower cranes, crane rails and rail fastenings, runway girders, anchor points.
Defining the position before installation instead of correcting it afterwards: main axis, installation height and reference to the building structure.
Machine foundations, anchor plates and anchor bolts, installation surfaces and base frames, foundation rails, foundation pits, embedded parts in concrete.
Precise alignment and referencing of sensor systems — where sensor position determines measurement quality.
Camera and vision systems, light barriers and measuring frames, sensor mounts and beams.
Alignment and verification tasks with high demands on accuracy, traceability and documentation.
Final assembly jigs, wing and fuselage sections, sensors on aircraft, engine and driveshaft components, hydraulic and roller test rigs.
Assembly and alignment tasks under cleanroom conditions, including pre-commissioning.
Multibeam mask writers, electron beam writers, vacuum chambers, vibration-isolated frames, cleanroom installations.
Alignment in the sub-millimetre range across linked stations, documented and traceable.
Synchrotron components, bending and quadrupole magnets, injectors, high-vacuum tubes, beam lines, laboratory setups.
Measurement and analysis tasks where standard solutions fall short and technical understanding decides.
Test rigs and pilot plants, hydraulic steel structures, robotic and assembly automation, vibration technology.
Your case not listed? Many tasks come down to the same question: where is which component actually located — and what follows from that?
Describe the plant and the observed behaviour — that usually already indicates which quantity is the decisive one.