Single Cylinder Press Brake

Single Cylinder Press Brake Ymca

The first generation of press brakes had only one axis that could bend. These machines were far less flexible than modern machines that have 12 or more programmable movement axes. Modern presses brakes are extremely precise and can create visual representations of the final result to assist the operator. The setup time has been greatly reduced by modern computers. These computers can quickly determine the optimal settings based upon materials used, their dimensions, and desired results. Back in the day, these calculations were done manually.

Our press brake models offer significant advantages over other models thanks to Standard Industrial’s reputation for reliability and repeatability.

"The accuracy is amazing and the repeatability are excellent. Five days running a job, I saw no difference between the first and last parts bent on day one. The same thing happened on day five. This plus the faster setup time translate to higher profitability.

Whatever your bending needs, our BB series is here to make sure that power, precision, and profit are never far away.

Single Phase Hydraulic Press Brake

This type of bend is used most frequently for sheet metalworking because it can be used with machines with reduced capacities. It is not as strong as bottom bending, which is more difficult.

An automatic lubrication device is an air-operated system that delivers grease to all points of lubrication (except the backgauge screws). This feature is great for multi-shift operations. All press brakes come standard with a standard manifold central lubrication system.

Single Phase Hydraulic Press Brake
Numerical Controls

Numerical Controls

The motor within a mechanical press brake works by turning a large flywheel. The motor spins a large flywheel at high speed. The flywheel is controlled by the machine operator through a clutch. This sets the other parts in motion to bend metal. The mechanical press brake is simpler, especially in terms of its electronics. This makes maintenance and operation much easier. The mechanical press brakes can handle tons up to three times their intrinsic rating. Mechanical press brakes have one major drawback: the ram must go through a complete cycle once it is engaged. This cannot be reversed. This poses safety risks if an operator makes a mistake or places limitations on the machine. The possibility that the press brake could become locked if too much ram travel is one potential danger.

The press brake is a machine that forms lengths of sheet metal. These sheets are used for manufacturing, industrial applications, and as parts of other devices. The most common press brakes are rated based on their ability to press metal and their overall length. This is expressed in numbers, such as total PPI or pounds of pressure per square inch. You can find them in many different forms. They often come with add-ons and tooling that allow you to make highly customized parts. There are two types of press brakes: hydraulic and mechanical. We'll explain each style and break down its differences in the following sections.

Single Cylinder Press Brake Xl

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.

Our Single Cylinder and Dual Cylinder Hydraulic Press Brakes are designed using the CNC technology system-the Computerized Numeric Control which is the latest technological advancement in Press Brake designs and utilizes a blast system that removes rust from the work-piece surface. Because it is run on Servo Electric systems, our range of advanced dual bending machines function purely electrically. They require no form of hydraulic oiling and energy consumption is minimal.

Dwell Function
Dwell Function

Press brakes were limited to making bends using one axis. They were more limited than modern machines that can program 12 or more movement axes. Modern press brakes have high precision and produce graphical representations to aid the operator. Setup time is significantly reduced with newer computers. They can quickly calculate the optimal settings according to materials, dimensions, and the desired result. These calculations were once done manually.

Flexible, reliable bending performance with the patented HEXA C(r) frame - all within a cost-efficient package

Single Cylinder Press Brake
Single Cylinder Press Brake 600

A press brake is a machine tool used for bending metal parts and sheets up to 20 mm thick. It is composed of a V-shaped or U-shaped die (depending on the desired bending shape) and a punch. The material to be bent is placed on the die and pressed by the punch which then bends the sheet to the selected degree.

It's finally possible to find a high-quality, durable press brake solution that is both simple to use, and easy to love.

Frequently Asked Questions

With about 70 lbs, the average person can push on the brake pedal. You can apply the brake pedal with about 70 lbs. To stop a moving vehicle disc brakes require 800-1200 psi at their calipers. All parts of the system amplify the force you apply to the pedal.

Hydraulic brakes are more efficient than mechanical disc brakes. This means that you will need to apply less pressure to the lever for equal braking power. This allows for better modulation.

F1 brakes can be difficult because all of the driving force must be generated by the driver. There cannot be power assistance. The pedal acts almost as an on/off switch, and there is rarely any need to use gentle braking.

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.

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.