Your new Piranha Press Brake will only have a small amount of data. It is easy to add any material into the database. You will need a material certificate from your source listing the material's tensile strength.
After determining these characteristics, calculate the tonnage needed for the bending operation.
Ranging from entry-level hydraulic all the way up to heavy-duty, fully customized solutions that cover any of your requirements for sheet metal forming, these press brakes represent the apex of pounds-to-performance for industrial bending.
Standard Industrial offers a variety of CNC gauging options, from simple single-line displays to advanced 3D modeling systems. A press brake is not included as standard equipment. For a complete list of systems, please refer to the separate CNC Controls and Gauging Catalog.
Call us or go to our website for more information about your Piranha presse brake.
The package includes raw power, heavy duty bending performance, improved technology, and all this at a low price.
No matter what your bending requirements, the BB series can help you. Power, precision, profit, and profit are all within reach.
A Mitsubishi automatic tool changer (ATC) makes a great press brake.
Once these characteristics have been determined, you must then calculate the tonnage required for the bending operation.
Warning! Incorrect tonnage can damage your press brakes or the parts you are bending. Refer to the operator manual or to a tonnage tables to determine the tonnage on your press brake.
The bending angle must be adjusted according to the metal springback and the margin must also be calculated. For example, a 90deg bend requires that the punch be lowered to 85deg.
Standard Industrial Press Brakes can be used by any facility. Standard Industrial press brakes can be used by smaller facilities with less expensive work hours that are able to perform up to three shifts per day. Standard Press brakes are also suitable for product manufacturers who need reliable machines that can be easily repaired with minimal downtime.
At Gulf States Saw & Machine.Co , we carry a wide variety of hydraulic press brake models to meet the unique needs of the various businesses we serve throughout the country. Our press brakes range in size from 22 tons to 440 tons and bed lengths from 4� to 13� with CNC or manual controls. In addition to our standard inventory, we can accommodate custom orders for specialty length requests and tonnage. All of our press brakes include safety devices and a rear safety cage that disables the machine when opened for easy and secure maintenance. All electrical components use industry-standard parts, which are readily available in our Memphis, TN warehouse. Download a pdf for more details on each model.
Once you have determined these characteristics, you can calculate the required tonnage for the bending operation.
How does a hydraulic press brake work? Hydraulic press brakes use the power of a hydraulic motor, applying force to the metal and compressing it into a die that forms the shape. The shape of the die determines the final shape achieved by the metal bending process.
Types of Presses (with Diagram) - Metallurgy Type #1 Manually Operated Press (Fly): This press is controlled by humans. ... Type # 2. Type # 2. Type # 3. Hydraulic Press: Type # 4. Type # 4. Type # 5. Type # 5. Type # 6. Gap Press: Type # 7. Arch Press: Type # 7. Type # 8. Straight-Side Press: More Items...
The press brake can do tasks that would normally fall to special machines. For example, press brakes can form rods or tubes from raw materials not usually associated with sheet metal benders. You can also use press brakes to attach various types of press-fit hardware to sheet metal parts.
Hydraulic presses can be used for forging and clinching, moulding blanking, punching as well as metal forming operations like deep drawing and blanking. Hydraulic presses can also be used for rubber pad forming and powder compacting.
The press brake is usually narrow and long, so large sheets of sheet metal can easily be bent by it. The press brake bends sheet steel by placing a punch on sheet metal placed on top of a tool. A press brake can bend the metal several times until it reaches the desired shape.