PNEUMATIC FORGING HAMMERS

These machines named forging hammers, power hammers or pile drivers works by two cylinders, one at the back and another one at the front which is the one that impulses the stem for the stroke. The motor for the power hammer moves the rod of the back cylinder or compressor and the compressed air goes to the front cylinder through the valves that control the stroke displacement. No need for any external compressor. They are manufactured in welded and mechanized steel sheet. They are used in many blacksmith workshops to make all kinds of forging ornamental pieces which eases the job of moulding hot steel. Different tooling are used: for inlaying, moulding, cutting, piercing, rivetting, embossing, etc, in all kinds of metals.

WHAT IS PNEUMATIC FORGING HAMMER

Power hammers are mechanical forging hammers that use a non-muscular power source to raise the hammer preparatory to striking, and accelerate it onto the work being hammered. Also called "Open Die Power Forging Hammers."

A typical power hammer consists of a frame, an anvil, and a reciprocating ram holding a hammer head or die. The workpiece is placed on the lower anvil or die and the head or upper die strikes the workpiece. The power hammer is a direct descendant of the trip hammer, differing in that the power hammer stores potential energy in an arrangement of mechanical linkages and springs, in compressed air, or steam, and by the fact that it accelerates the ram on the downward stroke. This provides more force than simply allowing the weight to fall.

GENERAL FEATURES OF PNEUMATIC FORGING HAMMER

Welded steel construction
Regular hitting with valve adjustment
All dies and sal block are inter-changeable, sal block adjustable to 8 directions
Adjustable sal block for operator’s working angle
Special dies for special jobs (Optional)

Easy and functional oiling system
Adjustable foot pedal according to working level and foot protecting cover
360 º adjustable-flanged ram and plexiglass cover
Steel base or wooden base (Optional)

MODEL	Operating System	Nominal Hitting Weight	Hits Per Minute	Max. Hit Course	Motor Power	Die Surface	Anvil Weight	Machine Dimensions	Weight
		kg		mm	kw	mm	kg	(LxWxH) mm	kg
FHM 50	Pneumatic	50	240	185	4	150x78	300	1750x750x1450	1000
FHM 60	Pneumatic	60	220	220	7.5	150x78	355	1840x760x1680	1300
FHM 75	Pneumatic	75	210	220	7.5	150x78	430	1950x820x1800	1800