Before you choose your press brake, it is important to know what type of metal you are going to be bending (stainless steel or 16 gauge mild steel).
Our BH series has the right product for you, whatever your bending needs. Power, precision, profit, and profit are all within reach.
Hydraulic Press Brakes For SaleA fully automated press brake system can help relieve pressure on production lines if deadlines and timelines are pressing. How do you make it work?
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.
A press brake can be described as a machine tool that is used to bend metal parts or sheets up to 20mm thick. It's composed of a U or V-shaped punch and a die. The material to be bent can be placed on the die and then pressed by the punch. This bends the sheet to a desired degree.
Consider all of the machine capabilities above combined with our industry-leading service (on average 2 1/2 service techs per salesperson), our well staffed emergency service line and a parts section that will blow your mind. We also have the tools to build your press brake. With all the tools available, our factory-trained Wilson and Wila experts are certified.
Our Servo Hydraulic Press brakes are efficient and powerful metal benders. They consume up to 66% less power during standby and use 44% less energy during the bending process. Our servo brakes are powered by AC Servo electric motors that drive hydraulic oil "on-demand" through variable speed pumps. The servo press brake has a lower cost per unit because it uses our advanced technology. This allows us to synchronize the powerful forces of electric power, hydraulics and electronics only when they are needed. There is no quieter, more efficient, or more precise press brake available.
The PA Plus series combines versatility and functionality in one powerful package. The PA Plus series has a wide variety of accessories to make it a customized solution.
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.
Bottom bending involves bending the metal sheet using a punch with a force that is 3 to 5 times stronger than air bending. This decreases or prevents the springback effect commonly associated with airbending. This begins with air bending and continues at the bottom with cold forging.
We provide press brakes to help improve your production, speed up production, minimize energy consumption and reduce operating cost. Our press brakes are available in sizes from 40-to-2,000-ton capacities, with anywhere from 3-11 axes. This includes tool layout, collision report editing, back gauge edit, and DiamondSoft(r).
Press brakes are machines that can form sheets of steel. These sheets can be used in manufacturing and industrial applications or as components of other devices. Most press brakes' bending length and pressability are the determining factors. They are usually rated in terms of their pressure per inch (or total PPI) or their metal-pressing capacity. They come in many types and are often equipped with add-ons or tooling to make highly customized components. There are two main types: hydraulic or mechanical press brakes. We'll discuss the differences in each style and the most notable features.
Warning: incorrect tonnage (too high or low) can damage your press brake or the part you are bending. To calculate the tonnage of your press brake, refer to the operating manual or a tonnage table.
In addition to their robust, industry-leading production capabilities, our machines come equipped with intuitive operator controls that take the stress out of day-to-day operation for operators of any skill level.
You shouldn't use the clutch to turn corners. The transmission mechanism is freed by pressing the clutch, which can affect the vehicle's stability. If your vehicle is in an imbalanced position while you turn, it can lose traction. Depending on the speed, the vehicle may tip over.
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.
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.
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.
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.