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.
Once you have established these characteristics, then you need to calculate how much weight is required for the bending operation.
This hybrid-drive hybrid is quick to complete any project that requires long-term, high speed, and energy-efficient operation.
This type of bending is used most often for sheet metal work because it can be used on machines with smaller capacities than bottom bending which requires more force.
Finally, there is a press brake solution for heavy duty that is both user-friendly and loveable.
According to the metal springback, you must adjust the angle of the bend and calculate the margin. So, for example, a 90deg bend must be bent, the punch must be reduced to 85deg.
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.
We also have a range of Press Brakes designed on the hydraulic control system. Its bending capacity is capable of handling thick work-pieces. As a result of its tonnage capacity, it works efficiently on any thick metal material. This range is built in either Single Cylinder or Dual Cylinder Y1+Y2 formats and requires no complex operation to function. Materials that can be processed on our Press Brakes include steel, brass, metal sheets, and aluminum alloys.
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.
Machines that press brake sheet metal are used to form long sheets. These sheets are commonly used in manufacturing, for industrial applications, or to make components for other devices. Most press brakes have a rating based on their pressability and their bending length. This information is expressed as numbers (e.g., total pressure per inch, or pounds of pressurized material per inch). They are available in many sizes and can often be equipped with additional tools and add-ons to make custom components. The two main types of presses brakes that you will find are hydraulic and mechanical. In the following sections, we will explain the main features and distinguish between the two types.
High productivity, heavy-duty bent performance, and intuitive operations all in one package.
Our energy-efficient, all-electric BB series press brakes come specially designed with a collection of ultra-modern, performance-enhancing features that are perfect for meeting and exceeding the demanding requirements facing today's production machinery experts.
Every Standard hydraulic brake is subject to our Perfect Machine Process. Each Standard hydraulic brake is rigorously checked in Rockford Illinois before being installed in your shop.
Our manual control push brakes are suitable for industries and jobs that don’t require the precision and detail achieved by CNC controls. The manual press brakes include all the safety features of CNC models. However, manual presses are more powerful and easier to use than CNC models. They feature a front operated power back-gauge, ram adjust with digital readings, and fine adjustment handswheels for both. Our models range from 22 to 44 tons.
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.
The CNC Press Brake is fast to set up and has a repeatability of +/–0.0004 inches. This will allow you to reduce the time it takes to make parts.
A hydraulic press crushed a worker to death in an industrial accident. Two workers were placing materials under hydraulic presses. An online video of the incident shows this. While the victim was fixing the materials, the worker controlling the machine turned the engine on.
Hydraulic brake failures are most common due to either loss of hydraulic pressure, or brake fade on steep hills.
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.