1 7
NIAGARA HB-55-4-6 55 Ton Press Brake Metal Forming Machine
NIAGARA HB-55-4-6 55 Ton Press Brake Metal Forming Machine
NIAGARA HB-55-4-6 55 Ton Press Brake Metal Forming Machine
NIAGARA HB-55-4-6 55 Ton Press Brake Metal Forming Machine
NIAGARA HB-55-4-6 55 Ton Press Brake Metal Forming Machine
NIAGARA HB-55-4-6 55 Ton Press Brake Metal Forming Machine
NIAGARA HB-55-4-6 55 Ton Press Brake Metal Forming Machine

NIAGARA HB-55-4-6 55 Ton Press Brake Metal Forming Machine

sku: 3320821627
Out Of Stock

NIAGARA

HB-55-4-6 55 ton press break
US
30-Day Warranty On Part
This one has sold Tell us what you need and we'll help you find a similar model.
Notify me about similar items Download flyer

Details

  • Category
    Other
  • Dimension
    120.0in x 0.0in x 0.0in
  • Serial
    4-6
  • Shipping Type
    FedEx Ground

Description

Product Information

The NIAGARA HB-55-4-6 is a robust press brake designed for precision metal forming applications. This machine is capable of bending sheet metal by clamping the material in place using a matching punch and die. The equipment is categorized under fabrication equipment, specifically as a press brake, and is known for its compliance with safety standards. It is manufactured by NIAGARA, a reputable name in the metal forming industry. The press brake is designed to handle a capacity of 55 tons, making it suitable for heavy-duty bending tasks. The machine's dimensions include a length of 120 inches, and it weighs approximately 120 pounds. This press brake is ideal for industrial settings where precise and reliable metal forming is required.


Key Features
  • 55-ton capacity
  • Sheet metal bending
  • Clamps material with punch and die
  • Complies with safety standards

Specifications
  • Capacity: 55 tons
  • Length: 120 in
  • Weight: 120 lb

Weight

Imperial: 144.0 Pounds
Metric: 65.32 Kilograms


Harmonized Code

8462.21


Harmonized Code Details

Machine tools for working metal, press brakes, bending machines, and similar machines. Suitable for metal forming applications.