Sealing, strength enhancement, fixing-the areas of application glueing technology are wide and require a coordinated relationship between material components, temperature, time and dosing.
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The best machine and the best tools are only as good as their adjustability.
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The joining of machine parts continues to be a major part of every assembling process, especially for powertrain technology.
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With best fatigue strength values and lack of heat affected zone Clinching is a major component of joining technology, not only for different material combinations.
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A high degree of automation leads directly to more flexible part feed-high-availability.
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The requirements for stable hemming and forming processes require precise tool try-out and programming, which are prepared by comprehensive method planning.
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For correct handling of the product in and through the line simplifies the process and creates flexibility-with increasing controllability.
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The properly selected product label ensures the components traceability and unambiguous identification.
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Apart from the appropriate laser parameters, other considerations for the implementation include additives, tool concepts and laser safety is crucial.
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Whether for mounting application, transport preservating or cooling lubricant, what is important are the material properties and the amount that is used.
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Drilling, sawing and milling operations are directly integrated in the line's production process.
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The process measuring of relevant product dimensions/criteria is essential for quality production.
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Strength, cycle time and energy consumption are the criteria-additionally a low welding spatter seam, also for different material combinations.
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Perforations and contoured parts: Punching demands high requirements on accuracy and tool life.
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Centrally collecting quality data for statistical analysis or feedback for our own conditioning loop optimises our quality management.
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For joining fasteners the resistance projection welding is indispensable.
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Method used for reliable joints especially with aluminium-aiming at best strength values.
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Screwed joints are still normal for installation-high level of tracking and documentation of the screw parameters.
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It is one of the most common types of joining-and still sustainable.
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The change of component temperature to change size allows a reduction of force required (even to zero) for the joining operation-for comparable end strength.
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