A system in salt air faces a different problem from one in abrasive dust or a compact comfort mechanism. We translate the application into mechanical requirements and a defined engineering scope.
Corrosion, salt, moisture and difficult access shape the mechanical requirements. Gates, valves, linkages and cleaning mechanisms need considered actuation, interfaces and service access.
Points to define together
Exposure to salt, moisture and wash-down
Manual fallback and remote-access constraints
Corrosion-resistant materials and lifecycle documentation
Dust, abrasive media, vibration and contamination can dominate the design. Motion and positioning systems must be developed around the environmental exposure and the practical maintenance conditions.
An ageing assembly can create an immediate operational problem. Replacement mechanisms, motion systems and retrofit work start with the original function and the available machine interfaces.
Points to define together
Obsolete components and undocumented assemblies
Positioning, drive and control integration
Repeatable replacements and planned spare-parts supply
Compact, quiet motion and well-integrated mechanisms matter in beds, care products and comfort furniture. Mechanical development must consider the application’s safety, space and control requirements.
Points to define together
Compact drives and adjustment mechanisms
Fittings, kinematics and quiet-motion requirements
Controlled development, interfaces and validation scope