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CNC Press Brakes

CNC Press Brakes

Everything you Need to know About them!

Press brakes are essential fabrication machines used in practically every workplace for bending and shaping sheet metal. As technology advances, so do customer demands, requiring fabrication shops to accomplish more, work quicker, and produce more precise parts the first time and every time. What could be better than minimising task setup time while enhancing work efficiency? In this post, we will learn all aspects of CNC Press Brake.

What is CNC Press Brake?

CNC press brakes are far more specialised than standard press brakes. They feature a fixed bottom bed with the V block tooling held in place and a top ram that travels under force with the V blade tool. On the largest industrial machinery, CNC brakes, which stand for Computer Numerically Controlled, can bend sheet metal work from a few inches across to portions many feet long. It causes the material between the punch and dies to yield.

Because CNC is programmable, moving between bends, pieces, and even materials is significantly faster. The setup time for a CNC press brake is substantially faster since the controller calculates all of the ram and backgage. It can also check for mistakes, determine the right bend sequence, and repeat the action for production forming. A manually operated press brake would need the operator to reset the machine after each bend is generated.

Choosing the Right Press Brake For You

With so many CNC press brake suppliers, models, sizes, and choices available, selecting the correct press brake for your business may be a challenging task. It is vital to have a basic grasp of these machines and their characteristics before shopping. Before you begin your search, you must first define the most vital aspects of your requirements.

Before selecting a press brake, you must first choose the sort of metal you intend to bend (stainless steel, 16 gauge mild steel, etc.)

Then you must define the specific features to be considered when calculating the part bend. This includes the following

  • Tensile strength
  • The metal's thickness and length
  • The CNC press brake folding or bending length
  • The length of the V
  • The inner radius of the components

Once these properties have been identified, the tonnage necessary for the bending process must be calculated.

The tonnage is the pressing force of the press brake. It specifies the pressure that the punch may apply during the bending action.

  • High tonnage enables the bending of thick and hard metals.
  • Low tonnage is appropriate for thin metals.

What is a CNC Press Brake Used For?

The principal purpose of a CNC press brake machine is to bend/form sheet metal. They produce specified bends by clamping the sheet metal between the required punch and die.

Press braking is used in a variety of situations when a dimension needs to be added to a flat surface of sheet metal. It applied in various businesses and sectors, but most notably in architectural design, building, engineering, and transportation.

Because of its adaptability, press braking has the potential to take on forming operations that demand profiles for pieces that are smaller than usual and may not be comparable.

Typically, CNC sheet metal press brakes are used to create parts for HVAC (heating, ventilation, or air conditioning) systems and construction components. We may utilise the machines more diversely and creatively for particular purposes with the correct equipment.

How Does An Electric Press Brake Work?

Electric press brake, also known as E-brake, electrical press brake, or electronic press brake, employs servo-electronic bending technology. It has a complete electric motor and a rear gauge with a full operating length. There is no hazardous hydraulic oil: low CO2 emissions and noiseless operation.

The essential characteristic of all-electric press brakes is that they do not use hydraulic pressure to bend metal but instead rely entirely on a motor-driven bending mechanism. All electrical CNC bending machines are designed and built with great bending precision, efficiency, and dependability in mind.

The electric drive is more responsive than the hydraulic drive. As a result, the electric bender's sliders move quicker. To increase accuracy and assure high output, you may adjust the bending speed for varied thicknesses, materials, and lengths.

What is CNC Bending, and How Does It Work?

Computer numerically controlled (CNC) bending is a manufacturing technique performed by CNC press brakes (also known as CNC brake presses). These machines can bend sheet metal work from a few millimeters across to portions many metres long on the larger industrial machinery.

CNC press brakes feature either a fixed bottom bed with the V block tooling fastened in place or a top beam that travels under force with the V blade tools, a process known as down forming.

An up-forming machine is an inverse, with the bottom bend moving and the top beam immovable. Both process methods will provide identical sheet metal components, and there are no constraints on the design of your component to fit either machine.

Exploring the Range of CNC Press Brakes

If you are looking for high-quality CNC Press brakes, look no further than World Machinery Ltd. It offers a wide range of exclusive CNC Press Brakes at the best rates. Explore the collection by clicking here. We offer both used press brakes and new press brakes at the best prices. Our line of press brakes include:

Used Press Brakes for Sale

New Press Brakes

Buy CNC Press Brakes at World Machinery LTD with Easy Financing Options!

If you want to buy CNC Press Brakes at World Machinery LTD, we offer the best finance options. This is done in order to make purchasing process of machinery easier for our customers.. From asset finance, hire purchase/lease-purchase to finance lease/lease hire, installation, and maintenance services, we ensure your buying journey with us remains seamless. To know more about our financing options click here.

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AMADA HFB 170-3 New


AMADA HFB 170-3CNC PRESS BRAKETonnage 170 tonBending length 3100mm Bending speed 1 to 10 mm/sec..

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AMADA HFB 170-4 CNC PRESS BRAKETonnage 170 tonBending length 4100mm Bending speed 1 to 10 mm/se..

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AMADA HFB 220-4 New


AMADA HFB 220-4 CNC PRESS BRAKETonnage 220 tonBending length 4970mmDistance between frames 3760Bendi..

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AMADA HFB 100Tonnage 100 tonBending length 3100mmEight axisBending speed 1 to 10 mm/secLight guardsS..

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AMADA HFB) 170-4 CNC PRESS BRAKETonnage 170 tonBending length 4150mm Bending speed 1 to 10 mm/s..

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AMADA HFE 170-4Tonnage 170 tonBending length 4100mmBending speed 1 to 10 mm/secSEVEN X 1 X 2,Y 1 Y 2..

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AMADA HFP 100-3Tonnage 100 tonBending length 3100mmBending speed 1 to 10 mm/secLight guardsGraphic C..

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AMADA HFP 100-3S New


AMADA HFP 100-3STonnage 100 tonBending length 3100mmSeven axisBending speed 1 to 10 mm/secLight guar..

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AMADA HFP 8025Tonnage 80 tonBending length 2500mmSeven axis Bending speed 1 to 10 mm/secLight g..

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AMADA HFF 100-3 CNC PRESS BRAKETonnage 100 tonBending length 3100mm Bending speed 1 to 10 mm/se..

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AMADA HFT 170-4 New


AMADA HFT 170-4 CNC PRESS BRAKETonnage 170 tonBending length 4100mm Bending speed 1 to 10 mm/se..

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DURMA HAP 30120 Press Brake New

DURMA HAP 30120 Press Brake

DURMA HAP 30120 Press BrakeTonnage 100 tonBending length 3100mm Bending speed 1 to 10 mm/secY1,..

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