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Hydraulic Press Brakes

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1600000 INR (Approx.)


Front view of Hydraulic Press Brake By SANTEC EXIM PRIVATE LIMITED

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MOQ - 1 Unit/Units



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150000.00 - 1500000.00 INR (Approx.)

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10,00,000 INR (Approx.)

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What is Hydraulic Press?

Material fabrication, assembly, and maintenance all benefit from the usage of hydraulic presses. It uses the force exerted by a cylinder of steel being pushed into the material by a pump to achieve the desired effect.

Pascal's law asserts that any change in pressure exerted on a contained fluid would be felt throughout the fluid, making hydraulic presses possible. A pumping piston within the hydraulic press applies a tiny amount of mechanical force to a localized region of the sample. Similarly, there is a piston with a bigger surface area that generates a more substantial mechanical force.


Use of Hydraulic Press


1. Sword Making

Swords are pressed flat with a hydraulic press to get the desired shape throughout the manufacturing process.

2. Military uses

Most of the air force base relies on hydraulic presses. In most cases, they are utilized to load the shells.

3. Designing Aircraft

The Aerospace sector relies on hydraulic presses for metal forming and machinery fabrication. Hydraulic presses are used to manufacture aircraft parts like windshield wipers, gear components, body panels, and wings.

4. Making Automobile parts

The automobile industry makes extensive use of hydraulic presses for bending and shaping purposes. Hydraulic presses are used to produce a wide variety of automotive components, including sealing components, floor mats and carpets, fuel supply parts, insert molding, truck bed liners, brake pads, electrical connectors and insulators, vibration control, and many more.

5. Manufacturing Ceramics

While traditionally ceramics were made in heat kilns that reached temperatures of more than 1800 degrees Fahrenheit, modern hydraulic presses can produce the same results while only requiring a temperature of around 70 degrees Celsius.

With this method, ceramics like cement, tiles, bricks, etc. can be produced with less pressure and in a shorter amount of time. Ceramics are compressed into ceramic form using hydraulic presses.

6. Manufacturing Electrical parts

The housings and switches utilized by switching stations are assembled utilizing Hydraulic Press. Additionally, thermostats, which are used to keep buildings at a comfortable temperature, are produced using this method.

7. Making Electronic Appliances

Hydraulic presses are frequently used for the assembly of refrigerator parts, as well as for the shape of panels used in the manufacture of microwaves, dishwashers, and washing machines.


Different Types of Hydraulic Press


1. H-Frame hydraulic Pressure

Let's say you have a widget that's too huge and heavy to put on the bed of a regular H-frame style press without damaging the machine or causing it to malfunction. You'll need to press a bushing out of it, as opposed to using a forklift or an overhead hoist, if you want to load it.

Because of the varying dimensions of the widgets, you'll also need some daylighting leeway. This tricky situation can be solved with the use of a portable table press. The pressure of moveable table presses may be adjusted from 25 tons to 200 tons, making them ideal for a wide range of applications.

Work safely by loading your part onto the table with a forklift, overhead hoist, or two strong persons, and then rolling the table beneath the work head.

2. Movable Frame hydraulic Press

Maybe you need to straighten a steel plate or a shaft (which in itself can be a challenge). Just picture yourself trying to straighten a 6-foot-long shaft with an H-frame press.

You have to constantly juggle the component to get it in position over the spot where you need to apply pressure. Bringing the part to the work head and consistently hitting the target is next to impossible. But what if you didn't have to go to the work head to do the part?

Simply use a frame press that allows the frame to move. Safely load your part from any orientation, including from above, then position the frame over the area you need to press and the work head over the precise place you need to make contact with. As of this point on, everything is gravy, and you may finish the job quickly, without risk.

3. Bench frame press

These presses are similar to H-frame presses in that they also consist of a press cylinder and a steel frame. Bench frame presses are more compact than their H-frame counterparts; they may be installed on desktops or workbenches and typically come with hand pumps and detachable cylinders.

Huber says that, in comparison to bigger H-frame types, bench frames take up much less floor area and allow for faster assembly of bearings and other parts in facilities with higher throughput requirements.

4. Air Operated hydraulic Press

Is there no electricity in your workshop, but you have access to compressed air and would rather not hand-pump a press? In some cases, you may need to use a press in potentially dangerous conditions. To remedy the situation, you should invest in an air-operated hydraulic press.

You'll get the same amount of pressing power as an electric press, but without the hassle of wires and outlets. The tonnage range of these presses is 25–200 tons.

5. Arbor Press and C-Frame

When compared to bigger H-frame machines, both these presses have a more compact and portable construction.

There is a detachable cylinder in addition to the sturdy steel frame of these presses. Presses with an arbor frame are intended to be installed on a surface, while C-frame presses are freestanding.

To meet the demands of more demanding pressing tasks, arbor frame presses can accommodate greater tonnages. C-frame presses are more easily moved around, and they can be used to hold components in place during assembly, to remove components, or to mount to a bench for performing routine activities like bearing installation.

6. Double-Acting Hydraulic Press

Many businesses invest in hydraulic presses for jobs that need a fixture or die attached to the tool's piston. In many cases, they incorrectly choose a single-acting press.

A single-acting work head relies on a spring return, which might be compromised by a hefty die. Because of this, a double-acting hydraulic press is an invaluable tool.

They have greater lifting capacity, so your dies and fittings can stay there precisely when you need them to.

7. Manual Hydraulic Press

Consider a submarine with a miniature machine shop on board. A press is an essential instrument in addition to the standard repair equipment. Both electricity and square footage are in short supply. In other words, what do you do?

A simple answer to your predicament can be found in a manual H-frame press. Nothing to press, and no strength is required.


Working Process of Hydraulic Press

This is a perfect opportunity to learn the basics of how a hydraulic press works:

  • By creating a pressure differential between two pistons, a hydraulic press can apply a compressive force times larger than that of a conventional mechanical press.
  • The simplest form of this device has a tube filled with fluid connecting two pistons of equal size. When one piston is raised by the operator, fluid in the cylinder is pumped into the other piston.
  • A downward force of the same magnitude is applied to both pistons. So, anything in the space between them is being pressed from every side.
  • Squeezing a contained fluid generates force, as described by Pascal's law, and is the basis of hydraulic presses.
  • The law of uniform coercivity states that when applied pressure to a contained fluid, the forceful change happens uniformly throughout the liquid. When you apply pressure to only a small section of the device, the force is communicated throughout the entire mechanism.

Hydraulic presses are all essentially the same in operation, although there is a wide variety of sizes and styles to choose from. Knowing the different kinds of presses as well as how they function will help you select the most appropriate machine for your needs. One of the most flexible and commonly used pieces of equipment in today's factories is the hydraulic system.


FAQs: Hydraulic Press Brakes


Q. What are the main advantages of the hydraulic press?

Ans. Here are the main advantages:

  • Weight reduction and material conversation
  • Having fewer parts also helps keep mold costs down.
  • Low starting and running costs
  • High Tonnage Capacity
  • As opposed to the riskier mechanical press, this one is much more secure.
  • Integrated safety features against overloading
  • Less noise


Q. How hydraulic press is used?

Ans. Hydraulic presses have two connected cylinders. The larger cylinder contains more hydraulic fluid. The Ram is larger than the Plunger. Because liquids don't compress easily, a hydraulic press is employed. The hydraulic press presses fluid by applying a modest force to the plunger. This uniform pressure boosts the Ram. The Plunger and Ram destroy anything between them.


Q. What are the safety rules for using a hydraulic press?

Ans. Here are the safety tips:

  • Before you start the press, make sure it's in working order.
  • Determine where the power button and the emergency stop are located.
  • Remember to Take Care of Yourself
  • Maintain a Safe Working Distance When Handling Materials
  • Employ Guarded H-Frame Presses


Q. What are the applications of the hydraulic press?

Ans. Here are the applications:

  • To exert force on an object, hydraulic presses are a reliable and affordable option.
  • Forging, food and other product compacting, metalworking, welding, appliance manufacturing, airplane construction, etc. all rely on it.
  • Hydraulic presses are ideal for numerous heavy-duty jobs, including extruding plastic pipe, twisting large diameter tubing, Embossing and shaping sheet metal, and forging.