Bêché DGH 25 couterblow hammer

Previous owner of the equipment was Swedish company. Factory is situated close to Ornskoldsvik in Sweden.They bought the equipment in 2008 from UK.
Before they transported the machines to Sweden, they hired a company in UK to make a full refurbishment of both the hammer. After that it was transported to Sweden and the installation was started.
But the economical situation in the world in 2009 stopped the installation and after this have the machinery not been fully installed.
Hammer is disassembled now. Ready for shipping. Two spare rams. Two sets of belts & shock absorbers included. Excellent condition, ready for installation.
According to the documentation, the hammer was restored to the UK strictly according to the manufacturer's standards. Hydraulic control system is included. A set of new original guides made of special hard steel from Beche is included.
Please note, that there are two spare rams & two sets of belts & shock absorbers included.
This way you will save a lot of money on hammer maintenance in the future.
A complete set of technical documentation is available with a hammer. Including a drawing of the foundation, which will facilitate installation in a new location.

Energy of blow 25000 kgs
Stroke 1200 mm
Distance between slides 1070 mm
Ram width 1050 mm
Ram length 1500 mm
Weight 252 ton
Air Consumption Per Full Blow 4.5 Cubic Mtr
Compressor Size Cold Air 32.5 Cubic Mtr
Compressor Size Heated Air 220ºC 20.0 Cubic Mtr
Volume of Air Receiver 25.5 Cubic Mtr
BÊCHÉ counterblow hammers are predominantly used for manufacturing large and ultra-large forgings. The high impact energy and tonnage of the hammer dies, moving in opposite directions, permits precision forming of large forgings. Counterblow hammers with hydraulic drives are particularly well suited to the medium tonnage range.

Counterblow hammer Beche DGH 25 — in a counterblow machine both the hammer and anvil move and the workpiece is held between them. Here excess energy becomes recoil. This allows the machine to work horizontally and have a smaller base. Other advantages include less noise, heat and vibration.