For specific applications like multiple die sets used in one stroke or a brake with a greater force that forms a broad range of material, a crowning device may be suitable.
A torque tube brake, which has two cylinders and generates half of the total machine tonnage, is another version of the dual-cylinder machine. Torque tube brakes generate only half the tonnage across the entire brake bed. Instead, they produce full tonnage in its center. The torque tube pulls the tonnage from each piston, which can cause distortion when there is off-center loading or full length bends. Standard Industrial single cylinder brakes are simple and straightforward. Each cylinder is balanced independently. One cylinder equals full tonnage, which means that you can achieve a ram repeat accuracy +/ *.001 no matter where your work takes you.
Your workflow can be optimized to reduce costs, time and effort. You can prevent downtime and product issues by being proactive. Shops can be fine-tuned to meet customer needs. Whatever your challenge, there is an automation solution.
Hydraulic press brakes are ideal for heavy-duty work and can be customized to tackle the most diverse combinations of customer forming requirements�from high tonnage to long length, tandem, and everything in between.
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 Industrial Press brakes are available for any size facility. This includes the smaller, more cost-conscious facilities that do piece by piece work and the larger production companies that require reliable machines that can be reassembled with minimal downtime.
High productivity, heavy duty bending performance, intuitive operation - all in one cost-efficient package
This hybrid-drive hybrid is quick to complete any project and provides long-term, high-speed, energy-efficient operation.
There are also the BH series "hybrid", which proves once again that not all hybrid press braking systems are created equal. These machines are the third generation and feature a dual-drive design that combines hydraulic and electric bending. They offer superior productivity, precision and reliability and energy savings.
Standard Industrial press brakes come in a range of sizes to suit your project.
Our press brakes can streamline your workflow, improve production speeds, reduce energy consumption, and lower operating costs. Our presses have capacities ranging from 40-to 2,000-ton and can be equipped with between 3 and 11 different axes. They also include tool layout, collision checks, back gauge editing, and DiamondSoft(r), software with auto-tooling.
Standard Industrial Press Brakes are for all sizes of facilities, from small and budget-conscious businesses that do piecework up to large industrial companies that need reliable machines with easily available parts.
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.
The motor inside a mechanical press brake operates via a motor. This motor spins an enormous flywheel at high speeds. The machine operator controls the flywheel via a clutch. A clutch then sets the other parts in motion and bends the metal. The mechanical press brake, with its electronic controls, is much simpler and makes maintenance and operation simple. A mechanical press brake can handle tonnages that are two to three times larger than their intrinsic rating due to its design. The downside to using mechanical press brakes, however, is that the machine's ram must complete its full cycle before it can be reversed. The operator can make mistakes, which could lead to safety concerns. A potential danger is that the press brake may become locked if it travels too far.
Experts estimate that hydraulic brakes require twice as much electrical energy to operate an electric press brake. The hydraulic motors, pumps and oil that hydraulic press brakes use to operate the machine keep it running, even when it's not in use.
Material Type and Thickness Maximum Material Length. Complexity of bends. Accuracy of Bend. Per day, number of parts required. Each day, there are approximately 2,000 parts/tooling changes. Level of skill for press brake operator.
Your car could stop if you hit the brakes and don't clutch to stop it. This is because your engine revs are collapsing. In an emergency, you will need to start your car again. This can be tedious and time-consuming.
The panel bender is more efficient than a traditional press brake due to its tooling advantages. It also has a faster, more consistent, and repeatable process. Both can benefit from CNC (computer numerical control), but a press brake needs manual manipulation of the sheet metal, bend to bend.
Extra Open Height, Extra Throat Depth, Extra Stroke Tonnage 12" Horn Ext. B & R 2' Ext. Open Ht. Open Ht.