Marathon Engineering

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 

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.

Here we are indtrducing our 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.

Hydraulic Plate Bending Machine is a powerful industrial tool used for bending and rolling metal plates 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.

An MS Sheet Bending Machine Manufacturer specializes in designing and producing high-quality machines for bending mild steel (MS) sheets with precision and efficiency. These manufacturers offer manual, hydraulic, NC, and CNC-controlled bending machines, 

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 

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 ENGINNERING Hydraulic small sheet bending machine that is hand valve operated typically comes with certain specifications to ensure efficient performance for bending various metal sheets. Below are the key specifications you can expect for such a machine:

1. Machine Type:

• Type: Hydraulic Sheet Bending Machine

• Operation Mode: Manual (Hand Valve Operated)

• Material Type: Mild Steel, Stainless Steel, Aluminum, etc.

• Bending Capacity: Suitable for small to medium-size sheets

2. Specifications:

a) Bending Capacity:

• Bending Width: 200 mm to 1500 mm (depends on the model and machine size)

• Max Bending Thickness: 0.5 mm to 6 mm (for mild steel sheets) or as per the machine's hydraulic capacity

• Bending Angle Range: 0° to 120° (adjustable)

• Bending Force: 5 to 50 tons, depending on the capacity of the hydraulic system

b) Hydraulic System:

• Pressure Range: 100 to 250 bar (may vary depending on the machine model)

• Pump Type: Gear or piston pump

• Reservoir Capacity: Around 50-100 liters, depending on the machine size and design

• Pressure Relief Valve: To prevent overloading and ensure safety

c) Bending Tooling:

• Top Tool (Upper Die): Typically made of high-strength steel, designed for bending sheets without causing deformation.

• Bottom Tool (Lower Die): Adjustable depending on the required bending radius or sheet thickness

d) Construction:

• Structure: Can be C-frame, or H-frame, designed for compactness and stability.

e) Hand Valve/Manual Controls:

• Hand Valve Type: Manual control valve with easy-to-operate levers for adjusting the bending height, pressure, and angle.

f) Electrical/Power System:

• Motor: Single-phase or three-phase electrical motor (typically between 1 to 5 HP).

• Power Supply: 220V/380V or as per regional requirements

g) Safety Features:

• Pressure Gauge: For monitoring hydraulic system pressure.

• Overload Protection: To prevent overloading and damage to the machine.

h) Operational Dimensions:

• Length: 200 mm to 2000 mm

• Width: 100 mm to 1000 mm

• Height: 600 mm to 2000 mm

• Weight: Typically ranges from 200 kg to 3000 kg, depending on the bending capacity and size of the machine.

4. Applications:

• Sheet metal forming

• Bending of small plates, brackets, and frames

• Fabrication of metal parts for small-scale production