33 Ton, BAILEIGH 50" X 33-TON HYDRAULIC PRESS BRAKE, MODEL#BP-3350NC **NEW**



Reference Number: 6778

Condition: New


"If you need a machine and don't buy it, then you will ultimately find you have paid for it but don't have it."   Henry Ford

Full Product Description

Model:  BP-3350NC
Oil Capacity:  20 gal
Bending Capacity Max Length Max Thickness:  50" / .098"
Power:  220V / 3-phase
Shipping Weight:  2,640 lbs.
Shipping Dimensions:  55.5" x 47.5" x 80.75"


FEATURES:

Baileigh Industrial's BP-3350 NC hydraulic brake press has
a very heavy electro welded frame of solid plate steel 
making this a very rigid machine that runs so smoothly in
production.  To aid with rigidity the beam is stabalized by
3 axis bearings sliding on several extremely hardened
stabilization tracks and is further stabilized by a unique
parallel mechanism.  All of this attention to detail assures
high accuracy between both dies at any position of the
stroke.  This precise sheet metal bender is a two axis NC
machine where positioning of the upper beam and back gauge
can be fine tuned and whose position is via encoder
controls.  The top beam uses two precise hydraulic cylinders 
that are coupled to an encoder to measure their exact
position.  The position of the downward stroke is
illuminated on the DRO (digital readout).  This means you 
can accurately fine tune a sheet metal bend and make it
perfect every time.  The motorized back gauge rides on a
solid ball screw trolley machanism and its position is being
read by an encoder whose displayin its whereabouts on a 
separate DRO.  Fine tuning of both the beam and the back
gauge are by separate hand wheels.  This means that this is
an extremely accurate hydraulic brake press across the 
entire width of the beam.

This machine can be run in three modes.  The first is the
jog mode which is exclusively meant for set up.  The 
second is manual where the operator may wish to have more
control over the decent and return of the beam in 
production.  The final is automatic which is for full
production.