SINGLE BLOCK
SKIN PASS - STRIPPER - DOUBLE DECK
SkinPass block
Shaving block
SkinPass block
The MBSP skin pass block is a separate single block with its own capstan, dancer arm and rotating die holder or cassette.
It has the same characteristics and features of a capstan block of a draw bench.
It can be manufactured with capstan on a vertical or horizontal shaft.
The MBS bull block stripper type is a single or final block that collects the wire directly on a coil on top of the capstan.
The wire can be drawn, straightened or cleaned during the process.
The MBDD is a double deck capstan single or final block used to straighten or clean the wire befor the spooling process.
Dancer arm, water cooled capstan
Skin pass
MBSP
MAX. INLET DIAMETER
Up to 2,5 mm (0,098") for ferrous alloys
and 3 mm (0,12") for aluminum alloys
APPLICABLE DEVICE
Dry or Wet drawing
CAPSTAN
300/400/500/600/700 mm
tungsten carbide or ceramic coated
MAX. REDUCTION
From 10% to 30% depending on avaiable torque and material reduction and material tensile straight.
TYPE OF WIRE
Low, medium, high carbon steel, stainless steel, aluminium alloys, titanium, nickel, (steel and cobalt tubolar flux cored wire only if combined with TRD)
Stripper
MBS
MAX. INLET DIAMETER
Up to 10mm (0,39″)
APPLICABLE DEVICE
Drawing and Straightening or cleaning device
CAPSTAN
300/400/500/600/700 mm
tungsten carbide or ceramic coated
MAX. REDUCTION
From 10% to 30% depending on avaiable torque and material reduction and material tensile straight.
TYPE OF WIRE
Low, medium, high carbon steel, stainless steel, aluminium alloys, titanium, nickel, (steel and cobalt tubolar flux cored wire only if combined with TRD)
Double Deck
MBDD
TYPE OF WIRE
Low, medium, high carbon steel, stainless steel, aluminium alloys, titanium, nickel, (steel and cobalt tubolar flux cored wire only if combined with TRD)
MAX. INLET DIAMETER
Up to 10mm (0,39″)
APPLICABLE DEVICE
Drawing and Straightening or cleaning device
CAPSTAN
300/400/500/600/700 mm
tungsten carbide or ceramic coated
MAX. REDUCTION
From 10% to 30% depending on avaiable torque and material reduction and material tensile straight.