ADAPTIVE-DFS-patente
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The constant data reported by the control modules enable the precise- and automatic recognition of allrelevant penetration points.Time-critical
- and essential parameter changes are autonomously performed by the fastening system. Thesystem ensures the ideal processing parameter, independently from the tolerances of the product or fastener.It significantly reduces the effort of preliminary analysis and parameterization. Costly and extensive repairprocedures that are caused by inaccurately formed holes, jammed screws or ruined threads are kept to aminimum.The best possible processing-parameter that have been automatically adapted to suit any situation, guaranteethat the parts to be connected (fastener and product), are subjected to the least amount of strain.The additionally captured processing-data allow an increased process documentation.Separa
te electronic controls for the EC-Servo screwdriver and the EC-Servo stroke technology, in combinationwith the extensive parameterization possibilities, ensure the highest flexibility during the processing ofmultiple materials. The implementation of special tightening sequences for new fasteners and materials ispossible. Especially for the assembly of future materials such as carbon-fiber and CFRP, the controlled feedstroke allows that exact positioning and trigger-points are clearly defined
ADAPTIVE-DFS-patented
The constant data reported by the control modules enable the precise- and automatic recognition of allrelevant penetration points.Time-critical- and essential parameter changes are autonomously performed by the fastening system. Thesystem ensures the ideal processing parameter, independently from the tolerances of the product or fastener.It significantly reduces the effort of preliminary analysis and parameterization. Costly and extensive repairprocedures that are caused by inaccurately formed holes, jammed screws or ruined threads are kept to aminimum.The best possible processing-parameter that have been automatically adapted to suit any situation, guaranteethat the parts to be connected (fastener and product), are subjected to the least amount of strain.The additionally captured processing-data allow an increased process documentation.Separate electronic controls for the EC-Servo screwdriver and the EC-Servo stroke technology, in combinationwith the extensive parameterization possibilities, ensure the highest flexibility during the processing ofmultiple materials. The implementation of special tightening sequences for new fasteners and materials ispossible. Especially for the assembly of future materials such as carbon-fiber and CFRP, the controlled feedstroke allows that exact positioning and trigger-points are clearly defined
