POOR WELD DETECION SYSTEM

FOR NUT WELDING navi SERIES

 

PRODUCTS | Nut navi

About navi for Nut Welding

The navi detects with a high accuracy whether or not the nut and the workpiece are set correctly right before welding. It prevents manufacturing defectively welded products.

Examples of incrrect Nut Setting 

Method of Nut Detection

When pressured, the guide pin is pressed by the upper electrode to descend.
This height difference determines whether the nut is set correctly or not.
 

Method of Nut Detection

How to Detect Incorrect Nut Setting

Input of +/- tolerance to a reference point allows the device to determine whether the nut is set correctly or not.
 
 
Method of Nut Detection

Handy-navi

Suitable for manual operation.
Workpieces are set manually. Suitable for operations feeding nuts manually or by nut feeder.

Φ25 holder = Nut size (M4.M5.M6.M8) 

Φ32 holder = Nut size (M10.M12.7/16)
Overrall length=(425㎜.475㎜.525㎜)
L=(140㎜.190㎜.240㎜)

 

Robo-navi-single

Suitable for robots and automated machinery.
Suitable for fully automated welding system which uses controlling function and robot for workpiece setting, nut feeding, product-type switchover, changing weld conditions, etc.

Φ25 holder = Nut size (M4.M5.M6.M8) 

Φ32 holder = Nut size (M10.M12.7/16)
Overrall length=(425㎜.475㎜.525㎜)
L=(140㎜.190㎜.240㎜)

 

Robo-navi-Double

Suitable for robots and automated machinery.
Suitable for fully automated welding system which uses controlling function and robot for workpiece setting, nut feeding, product-type switchover, changing weld conditions, etc.

Φ25 holder = Nut size (M4.M5.M6.M8) 

Φ32 holder = Nut size (M10.M12.7/16)
Overrall length=(423㎜.473㎜.523㎜)
L=(140㎜.190㎜.240㎜)

 

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