Standard press brakes are reliable and dependable, day after day. It is easy to use the controls, which are extremely user-friendly. Our press brakes can handle a wide variety of materials, including soft brass as well heat-treated aluminum alloys and stainless steel.
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Heavy-duty, spring-loaded die clamps allow for easy, quick die changes. Our machines can accept precision and American style tooling. Wila (or a similar) is also available for purchase in press brakes. European clamping and style rapid change powered Ram clamping devices.
Fully automated press brake solutions can be a great way to relieve some of the pressure that comes with meeting deadlines and time constraints. But how do you go about it?
The PA Plus series brings together functionality and versatility into one powerful package. The PA Plus series allows for the use of a wide range accessories, allowing for a completely customizable solution.
Standard is supported in every way possible by a diverse group of industry professionals. These include product specialists, experienced service engineers, sales advisors, and product specialists. JMT also boasts a parts and tooling department, which will keep your machines performing at their best.
Standard Industrial Press brakes offer a variety of tonnages to meet your needs, whether your project requires one or more dies.
A press brake, a machine used to bend and cut metal sheets upto 20 mm in thickness, is an example of a machine tool. The press brake is made up of a U-shaped (or V-shaped) die and a punch. The material to bent is placed on a die and pressed with the punch.
Standard Industrial Corp. offers an extended warranty which extends an existing 5-year parts guarantee by 2 years. This offer includes:
Now the machine runs at a continuous speed. This makes it easier to align beams and load and unload tools.
This dual-drive hybrid makes it easy to manage any project. It has long-term, high-speed and energy-efficient operation.
Standard Industrial presses brakes have full stroke length and tonnage all the way around the bed and ram. Standard Industrial brakes are easier to use than dual brakes that have complex hydraulic systems to balance the tonnage. Competitor press braking systems require large quantities of labor and parts. Businesses are forced to pay exorbitant amounts for parts and labor which they can only purchase from the manufacturer. Click here to see the secrets behind Standard Industrial’s 3-Point Gibbing/Guidance Hydroaulic Press Brake System
This unique technology makes it possible for press brake operators with all levels of skill to achieve efficient and quality results.
Hydraulic press brakes apply pressure via hydraulics to force the ram down, instead of relying solely on mechanics. They may have more than one cylinder and give the operator more precise control over the bend. The result is a highly accurate and customizable bend. Like mechanical press brakes, hydraulic press brakes do have some specific disadvantages. Primarily, they cannot exceed the range of their rated tonnage. If your project requires flexibility, mechanical press brakes may be preferred.
Nearly all modern car crushers use hydraulic presses to crush cars. A pump pushes hydraulic fluid through large cylinders to power a large motor. Using principles of force-multiplication, a hydraulic system can generate over 2,000 psi and impart more than 150 tons of crushing force onto a pile of scrap cars.
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.
The press brake works by using a punch or die to bend or cut metal in a variety shapes and forms.
Three main CNC-controlled axes are located at the top of a modern CNC press brake. These include the control over the bending and back gauges, as well as the control of various productivity options.
Axis Description Axis Explanation X2 Right stop finger backward and forth moving the axis R1 left end stop finger up-and-down moving the axis Z1 right end stop finger left-and right moving the axis 5 additional rows.