Product image is only a representation, actual product appearance may differ slightly
The BB-7210H hydraulic sheet metal brake brake will do a maximum of 10 gauge mild steel sheet metal at a full 72”, but will also handle the smaller gauges just as easily. This semi-automatic sheet metal brake has 6-3", 3-4", 6-5" and 2-6" hardened three piece fingers that allows the operator to adjust for just about any size boxes or pans that they wish to fabricate. The BB-7210H sheet metal brake, like all Baileigh Industrial brakes are built to the highest standards with a fully welded top beam, bending leaf and is further stabilized with solid steel support rods that helps minimize any deflection when bending at full capacity.
Operating on 220V 3 phase the BB-7210H uses a powerful 3 hp motor to control all the hydraulic functions. The BB-7210H hydraulic box and pan brake uses only the best industrial grade hydraulics to ensure reliability and longevity. This hydraulic system is used to lift the leaf and can be operated in manual or semi-automatic mode. To handle the extreme pressure required to bend 10gauge mild steel, the beam is lifted and clamped via an electric motor attached to a cam. The BB-7210H hydraulic sheet metal brake has a 1” beam adjustment and is capable of bending to 135° via a programmable stop bend adjustment making production easy on this hydraulic sheet metal brake. Another nice feature of the BB-7210H, is that the bending apron is removable allowing the operator to get closer between bends
The BB-7210H is almost always in stock for fast delivery, give a Baileigh Industrial representative a call at 920-684-4990 for more information on the BB-7210H or any of the other great Baileigh Industrial products.
|Country of Manufacture||Taiwan|
|Min Reverse Bend||25 mm|
|Thickness (SS)||10 ga. (12 ga.)|
|Box Depth||152 mm|
|Beam Adjustment||25.4 mm|
|Bend Angle||0 – 135°|
|Finger Sizes||3" – 4" – 5" – 6"|
|Power||415V, 50Hz, 3-Phase|
|Shipping Weights||5,280 lbs.|
|Shipping Dimensions||110" x 44" x 69"|
* specifications subject to change without notice.