Marathon Engineering

MARATHON ENGINEERING MAKE PRESS BRAKE 

Below are the typical specifications and factors to consider:

1. Tonnage

• Range: Typically 40 to 1000+ tons.
• Function: Determines the maximum force the press brake can exert on the material. The tonnage needed depends on the material thickness, length, and type.

2. Bending Length

• Range: Usually between 4 and 20 feet (1.2 - 6 meters).
• Function: Refers to the maximum length of material that can be bent at once. Longer lengths are used for larger sheets and parts.

3. Stroke Length

• Range: Often between 6 to 15 inches (150 - 380 mm).
• Function: Determines the distance the ram can travel during bending, affecting how deep the material can be pressed.

4. Throat Depth

• Range: Typically from 6 to 16 inches (150 - 400 mm).
• Function: Refers to the distance from the frame to the center of the ram. A larger throat depth allows for more complex shapes to be bent.

5. Open Height (Daylight)

• Range: Often between 10 and 20 inches (250 - 500 mm).
• Function: The maximum opening between the bed and ram when fully retracted, allowing for larger or taller dies to be used.

6. Approach, Bending, and Return Speeds

• Speeds: Expressed in inches per second (or mm/s).
• Function: Defines how quickly the press brake moves toward the material, how fast it bends, and how quickly it returns.

7. Backgauge

• Features: Manual or CNC-controlled.
• Function: Positions the workpiece precisely for repeated bends. Multi-axis backgauges allow complex part bending.

8. Control System

• Options: Manual, NC (numerically controlled), or CNC (computer numerical control).
• Function: Defines how the machine's operation is controlled, with CNC systems allowing for more precise, automated, and complex bending sequences.

9. Power Requirements

• Range: Varies widely based on tonnage and size (typically 3-phase, 220V/440V).
• Function: Determines the electrical power needed to run the machine.

10. Frame and Bed Type

• Types: C-frame or closed frame; welded steel or cast iron.
• Function: Determines the structural rigidity of the machine, affecting accuracy and durability.

11. Material Thickness Capacity

• Range: Dependent on tonnage (typically from thin sheet metal up to 1 inch or more for higher-tonnage models).
• Function: Dictates the maximum thickness of material that can be bent.

12. Optional Features

• Examples: Hydraulic clamping, crowning system, angle measurement systems, quick-release tooling, etc.
• Function: Enhances productivity, accuracy, and flexibility in operation.

We engaged in offering a wide range of 2 Phase Hydraulic Bending Machine to our clients.
MARATHON ENGINEERING MAKE PRESS BRAKE NC - CNC TYPES 
1000 MM - 6000 MM  & 40 TON - 1000 TON  hydraulic brake is an arrangement of braking mechanism which uses brake fluid, typically containing glycol ethers or diethylene glycol, to transfer pressure from the controlling mechanism to the braking mechanism. A schematic illustrating the major components of a hydraulic disc brake system
Our range of all products is widely appreciated by our clients.

NC Hydraulic Bending Machine is a precision metal-forming tool that uses a Numerical Control (NC) system and hydraulic power to bend mild steel (MS), stainless steel, aluminum, and other metal sheets. It features programmable controls, adjustable stroke length, back gauges, and high-strength bending dies, ensuring accurate, repeatable, and efficient bending operations. Commonly used in metal fabrication, automotive, aerospace, and construction industries, HYDRAULIC BENDING MACHINE

Below are the typical specifications and factors to consider:

1. Tonnage

• Range: Typically 40 to 1000+ tons.
• Function: Determines the maximum force the press brake can exert on the material. The tonnage needed depends on the material thickness, length, and type.

2. Bending Length

• Range: Usually between 4 and 20 feet (1.2 - 6 meters).
• Function: Refers to the maximum length of material that can be bent at once. Longer lengths are used for larger sheets and parts.

3. Stroke Length

• Range: Often between 6 to 15 inches (150 - 380 mm).
• Function: Determines the distance the ram can travel during bending, affecting how deep the material can be pressed.

4. Throat Depth

• Range: Typically from 6 to 16 inches (150 - 400 mm).
• Function: Refers to the distance from the frame to the center of the ram. A larger throat depth allows for more complex shapes to be bent.

5. Open Height (Daylight)

• Range: Often between 10 and 20 inches (250 - 500 mm).
• Function: The maximum opening between the bed and ram when fully retracted, allowing for larger or taller dies to be used.

6. Approach, Bending, and Return Speeds

• Speeds: Expressed in inches per second (or mm/s).
• Function: Defines how quickly the press brake moves toward the material, how fast it bends, and how quickly it returns.

7. Backgauge

• Features: Manual or CNC-controlled.
• Function: Positions the workpiece precisely for repeated bends. Multi-axis backgauges allow complex part bending.

8. Control System

• Options: Manual, NC (numerically controlled), or CNC (computer numerical control).
• Function: Defines how the machine's operation is controlled, with CNC systems allowing for more precise, automated, and complex bending sequences.

9. Power Requirements

• Range: Varies widely based on tonnage and size (typically 3-phase, 220V/440V).
• Function: Determines the electrical power needed to run the machine.

10. Frame and Bed Type

• Types: C-frame or closed frame; welded steel or cast iron.
• Function: Determines the structural rigidity of the machine, affecting accuracy and durability.

11. Material Thickness Capacity

• Range: Dependent on tonnage (typically from thin sheet metal up to 1 inch or more for higher-tonnage models).
• Function: Dictates the maximum thickness of material that can be bent.

12. Optional Features

• Examples: Hydraulic clamping, crowning system, angle measurement systems, quick-release tooling, etc.
• Function: Enhances productivity, accuracy, and flexibility in operation.

NC Hydraulic Press Brake Machine is a precision metal bending machine that uses Numerical Control (NC) technology for enhanced accuracy and efficiency. HYDRAULIC BENDING MACHINE

Below are the typical specifications and factors to consider:

1. Tonnage

• Range: Typically 40 to 1000+ tons.
• Function: Determines the maximum force the press brake can exert on the material. The tonnage needed depends on the material thickness, length, and type.

2. Bending Length

• Range: Usually between 4 and 20 feet (1.2 - 6 meters).
• Function: Refers to the maximum length of material that can be bent at once. Longer lengths are used for larger sheets and parts.

3. Stroke Length

• Range: Often between 6 to 15 inches (150 - 380 mm).
• Function: Determines the distance the ram can travel during bending, affecting how deep the material can be pressed.

4. Throat Depth

• Range: Typically from 6 to 16 inches (150 - 400 mm).
• Function: Refers to the distance from the frame to the center of the ram. A larger throat depth allows for more complex shapes to be bent.

5. Open Height (Daylight)

• Range: Often between 10 and 20 inches (250 - 500 mm).
• Function: The maximum opening between the bed and ram when fully retracted, allowing for larger or taller dies to be used.

6. Approach, Bending, and Return Speeds

• Speeds: Expressed in inches per second (or mm/s).
• Function: Defines how quickly the press brake moves toward the material, how fast it bends, and how quickly it returns.

7. Backgauge

• Features: Manual or CNC-controlled.
• Function: Positions the workpiece precisely for repeated bends. Multi-axis backgauges allow complex part bending.

8. Control System

• Options: Manual, NC (numerically controlled), or CNC (computer numerical control).
• Function: Defines how the machine's operation is controlled, with CNC systems allowing for more precise, automated, and complex bending sequences.

9. Power Requirements

• Range: Varies widely based on tonnage and size (typically 3-phase, 220V/440V).
• Function: Determines the electrical power needed to run the machine.

10. Frame and Bed Type

• Types: C-frame or closed frame; welded steel or cast iron.
• Function: Determines the structural rigidity of the machine, affecting accuracy and durability.

11. Material Thickness Capacity

• Range: Dependent on tonnage (typically from thin sheet metal up to 1 inch or more for higher-tonnage models).
• Function: Dictates the maximum thickness of material that can be bent.

12. Optional Features

• Examples: Hydraulic clamping, crowning system, angle measurement systems, quick-release tooling, etc.
• Function: Enhances productivity, accuracy, and flexibility in operation.

  MARATHON ENGINEERING MAKE Hydraulic NC Press Brake is a precision machine used for bending sheet metal into specific shapes and angles.  hydraulic NC press brake:
1. Bending Force (Tonnage)

• Range: 30 tons to 2,000 tons or more, depending on the machine size and capacity.
• The tonnage needed depends on material thickness, length, and the type of bend.

2. Bending Length (Working Width)

• The maximum length of sheet metal the press brake can handle in a single operation.
• Range: 1,250 mm to 6,000 mm or more.
• Larger machines can handle long sheets or multiple smaller parts at once.

3. Throat Depth

• The distance from the centerline of the press to the frame (front to back of the machine).
• Range: 250 mm to 800 mm or more.
• Throat depth affects the machine’s ability to handle large or deep workpieces.

4. Stroke Length

• The distance the punch can travel vertically during the bending process.
• Range: 100 mm to 500 mm or more.
• Adjustable stroke lengths allow for greater flexibility in bending different types of workpieces.

5. Daylight Opening (Open Height)

• The maximum vertical distance between the punch and the die when fully open.
• Range: 200 mm to 1,500 mm or more

6. Backgauge Travel

• The movement range of the backgauge, which positions the workpiece for precision bending.
• Range: 500 mm to 1,500 mm or more.

7. Axis Configuration

• CNC Press Brakes often have 2-axis (Y, X), 3-axis (Y, X, R), or up to 6-axis or more, depending on the complexity.

8. CNC Control System

• Equipped with a touchscreen CNC controller that allows the operator to input and store bending programs.
• Systems may feature 3D graphical interfaces for simulating bends before production.
• Advanced controllers offer automatic bend sequencing, angle correction, and integration with CAD/CAM software.

9. Ram Speed

• The speed at which the ram moves during the bending cycle.
• Approach Speed: 100 to 300 mm/sec.
• Bending Speed: 1 to 20 mm/sec (slower for accuracy).
• Return Speed: 50 to 250 mm/sec.

10. Hydraulic System Pressure

• Range: Typically operates at 10 MPa (100 bar) to 30 MPa (300 bar), depending on the force required.
• The hydraulic system ensures precise and smooth ram movement.

11. Accuracy

• Bending Accuracy: ±0.01 mm to ±0.1 mm, depending on machine quality.
• Repositioning Accuracy (backgauge): ±0.01 mm to ±0.05 mm.

12. Motor Power

• Range: 7.5HP to 50 HP

13. Tooling System

• Upper Punches and Lower Dies: g libraries for repeatable setup

Common Applications

• Sheet metal fabrication, automo
• Foot pedal controls and emergency stop buttons for safe operation.


• tive parts, appliance manufacturing, aerospace, structural steel, and architectural components.

 

MARATHON ENGINEERING MAKE PRESS BRAKE 
1000 MM - 6000 MM  & 40 TON - 1000 TON  hydraulic brake is an arrangement of braking mechanism which uses brake fluid, typically containing glycol ethers or diethylene glycol, to transfer pressure from the controlling mechanism to the braking mechanism. A schematic illustrating the major components of a hydraulic disc brake system

MARATHON ENGINEERING MAKE PRESS BRAKE  
MARATHON ENGINEERING MAKE PRESS BRAKE 
1000 MM - 6000 MM  & 40 TON - 1000 TON  hydraulic brake is an arrangement of braking mechanism which uses brake fluid, typically containing glycol ethers or diethylene glycol, to transfer pressure from the controlling mechanism to the braking mechanism. A schematic illustrating the major components of a hydraulic disc brake system
MARATHON ENGINEERING MAKE PRESS BRAKE 

Below are the typical specifications and factors to consider:

1. Tonnage

• Range: Typically 40 to 1000+ tons.
• Function: Determines the maximum force the press brake can exert on the material. The tonnage needed depends on the material thickness, length, and type.

2. Bending Length

• Range: Usually between 4 and 20 feet (1.2 - 6 meters).
• Function: Refers to the maximum length of material that can be bent at once. Longer lengths are used for larger sheets and parts.

3. Stroke Length

• Range: Often between 6 to 15 inches (150 - 380 mm).
• Function: Determines the distance the ram can travel during bending, affecting how deep the material can be pressed.

4. Throat Depth

• Range: Typically from 6 to 16 inches (150 - 400 mm).
• Function: Refers to the distance from the frame to the center of the ram. A larger throat depth allows for more complex shapes to be bent.

5. Open Height (Daylight)

• Range: Often between 10 and 20 inches (250 - 500 mm).
• Function: The maximum opening between the bed and ram when fully retracted, allowing for larger or taller dies to be used.

6. Approach, Bending, and Return Speeds

• Speeds: Expressed in inches per second (or mm/s).
• Function: Defines how quickly the press brake moves toward the material, how fast it bends, and how quickly it returns.

7. Backgauge

• Features: Manual or CNC-controlled.
• Function: Positions the workpiece precisely for repeated bends. Multi-axis backgauges allow complex part bending.

8. Control System

• Options: Manual, NC (numerically controlled), or CNC (computer numerical control).
• Function: Defines how the machine's operation is controlled, with CNC systems allowing for more precise, automated, and complex bending sequences.

9. Power Requirements

• Range: Varies widely based on tonnage and size (typically 3-phase, 220V/440V).
• Function: Determines the electrical power needed to run the machine.

10. Frame and Bed Type

• Types: C-frame or closed frame; welded steel or cast iron.
• Function: Determines the structural rigidity of the machine, affecting accuracy and durability.

11. Material Thickness Capacity

• Range: Dependent on tonnage (typically from thin sheet metal up to 1 inch or more for higher-tonnage models).
• Function: Dictates the maximum thickness of material that can be bent.

12. Optional Features

• Examples: Hydraulic clamping, crowning system, angle measurement systems, quick-release tooling, etc.
• Function: Enhances productivity, accuracy, and flexibility in operation.

MARATHON ENGINEERING MAKE PRESS BRAKE 
1000 MM - 6000 MM  & 40 TON - 1000 TON  hydraulic brake is an arrangement of braking mechanism which uses brake fluid, typically containing glycol ethers or diethylene glycol, to transfer pressure from the controlling mechanism to the braking mechanism. A schematic illustrating the major components of a hydraulic disc brake system
MARATHON ENGINEERING MAKE PRESS BRAKE 

Below are the typical specifications and factors to consider:

1. Tonnage

• Range: Typically 40 to 1000+ tons.
• Function: Determines the maximum force the press brake can exert on the material. The tonnage needed depends on the material thickness, length, and type.

2. Bending Length

• Range: Usually between 4 and 20 feet (1.2 - 6 meters).
• Function: Refers to the maximum length of material that can be bent at once. Longer lengths are used for larger sheets and parts.

3. Stroke Length

• Range: Often between 6 to 15 inches (150 - 380 mm).
• Function: Determines the distance the ram can travel during bending, affecting how deep the material can be pressed.

4. Throat Depth

• Range: Typically from 6 to 16 inches (150 - 400 mm).
• Function: Refers to the distance from the frame to the center of the ram. A larger throat depth allows for more complex shapes to be bent.

5. Open Height (Daylight)

• Range: Often between 10 and 20 inches (250 - 500 mm).
• Function: The maximum opening between the bed and ram when fully retracted, allowing for larger or taller dies to be used.

6. Approach, Bending, and Return Speeds

• Speeds: Expressed in inches per second (or mm/s).
• Function: Defines how quickly the press brake moves toward the material, how fast it bends, and how quickly it returns.

7. Backgauge

• Features: Manual or CNC-controlled.
• Function: Positions the workpiece precisely for repeated bends. Multi-axis backgauges allow complex part bending.

8. Control System

• Options: Manual, NC (numerically controlled), or CNC (computer numerical control).
• Function: Defines how the machine's operation is controlled, with CNC systems allowing for more precise, automated, and complex bending sequences.

9. Power Requirements

• Range: Varies widely based on tonnage and size (typically 3-phase, 220V/440V).
• Function: Determines the electrical power needed to run the machine.

10. Frame and Bed Type

• Types: C-frame or closed frame; welded steel or cast iron.
• Function: Determines the structural rigidity of the machine, affecting accuracy and durability.

11. Material Thickness Capacity

• Range: Dependent on tonnage (typically from thin sheet metal up to 1 inch or more for higher-tonnage models).
• Function: Dictates the maximum thickness of material that can be bent.

12. Optional Features

• Examples: Hydraulic clamping, crowning system, angle measurement systems, quick-release tooling, etc.
• Function: Enhances productivity, accuracy, and flexibility in operation.

MARATHON ENGINEERING MAKE NC PRESS BRAKE 
1000 MM - 6000 MM  & 40 TON - 1000 TON  hydraulic brake is an arrangement of braking mechanism which uses brake fluid, typically containing glycol ethers or diethylene glycol, to transfer pressure from the controlling mechanism to the braking mechanism. A schematic illustrating the major components of a hydraulic disc brake system
MARATHON ENGINEERING MAKE PRESS BRAKE 

Below are the typical specifications and factors to consider:

1. Tonnage

• Range: Typically 40 to 1000+ tons.
• Function: Determines the maximum force the press brake can exert on the material. The tonnage needed depends on the material thickness, length, and type.

2. Bending Length

• Range: Usually between 4 and 20 feet (1.2 - 6 meters).
• Function: Refers to the maximum length of material that can be bent at once. Longer lengths are used for larger sheets and parts.

3. Stroke Length

• Range: Often between 6 to 15 inches (150 - 380 mm).
• Function: Determines the distance the ram can travel during bending, affecting how deep the material can be pressed.

4. Throat Depth

• Range: Typically from 6 to 16 inches (150 - 400 mm).
• Function: Refers to the distance from the frame to the center of the ram. A larger throat depth allows for more complex shapes to be bent.

5. Open Height (Daylight)

• Range: Often between 10 and 20 inches (250 - 500 mm).
• Function: The maximum opening between the bed and ram when fully retracted, allowing for larger or taller dies to be used.

6. Approach, Bending, and Return Speeds

• Speeds: Expressed in inches per second (or mm/s).
• Function: Defines how quickly the press brake moves toward the material, how fast it bends, and how quickly it returns.

7. Backgauge

• Features: Manual or CNC-controlled.
• Function: Positions the workpiece precisely for repeated bends. Multi-axis backgauges allow complex part bending.

8. Control System

• Options: Manual, NC (numerically controlled), or CNC (computer numerical control).
• Function: Defines how the machine's operation is controlled, with CNC systems allowing for more precise, automated, and complex bending sequences.

9. Power Requirements

• Range: Varies widely based on tonnage and size (typically 3-phase, 220V/440V).
• Function: Determines the electrical power needed to run the machine.

10. Frame and Bed Type

• Types: C-frame or closed frame; welded steel or cast iron.
• Function: Determines the structural rigidity of the machine, affecting accuracy and durability.

11. Material Thickness Capacity

• Range: Dependent on tonnage (typically from thin sheet metal up to 1 inch or more for higher-tonnage models).
• Function: Dictates the maximum thickness of material that can be bent.

12. Optional Features

• Examples: Hydraulic clamping, crowning system, angle measurement systems, quick-release tooling, etc.
• Function: Enhances productivity, accuracy, and flexibility in operation.