Advanced Transfer Die Technology

Precision transfer dies with automated manipulator-transfer system for complex metal parts manufacturing

Stamped Door Lock

Stamped Door Lock

Reel microtunnelling door lock parts (roundness 0.10).

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Gears & Chain Stamped Parts

Gears & Chain Stamped Parts

Bicycle chainring and Elevation chain.

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How Can Automotive Manufacturers Reduce Material Waste in High-Volume Metal Stamping?

Our transfer die systems with zig-zag feeder technology can reduce raw material consumption by up to 30% compared to conventional stamping methods, particularly for circular automotive components. This technology has helped our automotive clients save significantly on material costs while maintaining production efficiency for complex parts that cannot be produced through progressive stamping.

With 48 years of manufacturing expertise since 1976, our transfer die systems incorporate innovative zig-zag feeder technology that provides additional material savings for circular blank shapes. This technology ensures maximum productivity and efficiency, making it ideal for high-volume production runs while maintaining exceptional quality standards. LEADTECH's transfer dies are engineered to deliver superior performance for automotive components, electronic parts, and other precision metal applications where material optimization and production efficiency are critical factors.

Transfer Dies

Transfer Dies
Transfer Dies

The presses that use this technology have a manipulator-transfer that enables the shift of the pieces from one station to the next one. The starting point is a steel blank which has been previously cut. That avoids the necessity of any attachment strip between pieces and consequently reduces the amount of raw material to be used.

This makes possible the fully automatic transition from one station to the next one.

In our press we additionally use a zig-zag feeder, which allows us to obtain an extra raw material saving in those pieces with circular blank shape.

This technology guarantees as well the highest benefits and productivity. Therefore it is suitable for big manufacturing series of those pieces which are not, due to their complexity or drawing shape, recommended to be produced by progressive stamping process.


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