Hot formers for titanium and super alloys

To handle materials such as titanium and super alloys, which can not be cold formed, it is possible to install the heating system with coil housed inside the die block, or the resin-bonded inductor positioned into the bedframe. In the event of special production needs, we would evaluate and if the product required, possibly install both types of inductors.

620
Number of dies 6
Number of punches 6
Min. and max. wire diameter with a strength of 600 N/mm2: 14 / 22 mm.

616
Number of dies 6
Number of punches 6
Min. and max. wire diameter with a strength of 600 N/mm2: 10 / 16 mm.
Max cutoff length 160 mm.

620
Number of dies 6
Number of punches 6
Min. and max. wire diameter with a strength of 600 N/mm2: 6 / 13,5 mm.

668 E
Number of dies 6
Number of punches 6
Min. and max. wire diameter with a strength of 600 N/mm2: 4 / 12 mm.

663 E
Number of dies 6
Number of punches 6
Min. and max. wire diameter with a strength of 600 N/mm2: 2 / 5 mm.

246
Number of dies 2
Number of punches 4
Min. and max. wire diameter with a strength of 600 N/mm2: 2 / 8 mm.

248 E
Number of dies 2
Number of punches 4
Min. and max. wire diameter with a strength of 600 N/mm2: 4 / 12 mm.

CS001
Number of dies 1
Number of punches 2
Min. and max. wire diameter with a strength of 600 N/mm2: 0,6 / 3 mm.

CS003
Number of dies 1
Number of punches 2
Min. and max. wire diameter with a strength of 600 N/mm2: 3 / 7 mm.

CS005
Number of dies 1
Number of punches 2
Min. and max. wire diameter with a strength of 600 N/mm2: 6 / 14 mm.

CS003 RF
Number of dies 1
Number of punches 2
Min. and max. wire diameter with a strength of 600 N/mm2: 3 / 7 mm.

CS003 RF
Number of dies 1
Number of punches 2
Min. and max. wire diameter with a strength of 600 N/mm2: 0,6 / 3 mm.

CS005 RF
Number of dies 1
Number of punches 2
Min. and max. wire diameter with a strength of 600 N/mm2: 6 / 14 mm.