Standard KH-1250 | Hydraulic Shaping Machine - STANDARD Direct

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Miraco 3d Scanner now under $2000...

STANDARD KH-1250 Hydraulic Shaping Machine

*Excludes Local Taxes*

Products are built on order, general delivery is 8~16weeks and includes sea freight to most seaports.

Description

Standard KH-1250 Hydraulic Shaping Machine:

A hydraulic metal shaping machine is a machine that is used to shape metal using hydraulic pressure. It typically consists of a hydraulic pump, a work table, and a set of dies or tools that are used to shape the metal. The machine works by using the hydraulic pump to apply high pressure to the metal, which forces it to flow into the desired shape as it is pressed against the dies. Hydraulic metal shaping machines can be used to create a wide variety of shapes and forms, and are often used in the automotive and aerospace industries to manufacture parts such as body panels, wing components, and structural supports.

Provided with a safety device against overload, making this machine easy to start and stop. Due to its characters of high rigidity, big cutting force, high precision of conversion, low oil temperature, less thermo-deformation and stable machining accuracy, it can also suit the needs of heavy-duty and continuous cutting. 

Specifications
  • Max. Cutting Length - 1250mm = 49.21 inches
  • Cutting Speed of Ram - 3-44mm/min = 0.12-1.73 inches per minute
  • Distance From Lower Edge of Ram to Upper Surface of Table - 80-400mm = 3.15-15.75 inches
  • Max. Cutting Force - 28000N = 6295.74 pounds
  • Max. Travel of Tool Head - 160mm = 6.30 inches
  • Max. Size of Tool Shank - 30x45mm = 1.18 x 1.77 inches
  • Upper Working Surface of Table - 1250x500mm = 49.21 x 19.69 inches
  • Width of Central T-Slot of Table - 22mm = 0.87 inches
  • Max. Horizontal Travel of Table - 800mm = 31.50 inches
  • Horizontal Feed of Table per Reciprocating Stroke of Ram - 0.25-5mm = 0.0098-0.197 inches
  • Main Motor - 7.5kW = 10.07 hP
  • Motor for Rapid Motion of Table - 0.75kW = 1.01hP
  • Size - 4270x1610x1970mm = 168.11 x 63.39 x 77.56 inches
  • Weight - 5000Kg = 11023.11 pounds

Standard Accessories
  • Crank handle
  • Double-head spanner
  • Foundation bolt
  • Hex nut
  • Washer
  • Piston ring
  • Support ring
  • Seal ring
  • Pressure ring
  • O-type seal ring
  • High pressure soft rubber tube
  • Technical documents
Optional Accessories
  • Machine folder knife
  • Parallel jaw
  • Wedge adjuster
  • Depend-iron
  • Block-iron
  • Small flat pressing plate
  • Large flat pressing plate
  • T-slot type bolt
  • Hex nut
  • Washer
Delivery

Delivery is 8-12 Weeks from Deposit


How to use a Hydraulic Shaping Machine
  1. Set up the machine: This involves installing the appropriate dies or tools in the machine, as well as adjusting the work table and other settings to accommodate the workpiece.

  2. Secure the workpiece: The workpiece should be firmly secured to the work table to prevent it from moving during the shaping process.

  3. Select the appropriate pressure and flow rate: The pressure and flow rate of the hydraulic pump will need to be adjusted based on the thickness and type of metal being shaped, as well as the desired shape.

  4. Position the die or tool: The die or tool should be positioned so that it will make contact with the workpiece in the desired location.

  5. Activate the machine: The machine can then be activated by pressing a button or flipping a switch, which will cause the hydraulic pump to apply pressure to the workpiece.

  6. Make any necessary adjustments: As the metal is shaped, the die or tool may need to be repositioned or the pressure and flow rate may need to be adjusted to achieve the desired shape.

  7. Inspect the finished workpiece: Once the shaping process is complete, the finished workpiece should be inspected to ensure that it meets the required specifications.

Description

Standard KH-1250 Hydraulic Shaping Machine:

A hydraulic metal shaping machine is a machine that is used to shape metal using hydraulic pressure. It typically consists of a hydraulic pump, a work table, and a set of dies or tools that are used to shape the metal. The machine works by using the hydraulic pump to apply high pressure to the metal, which forces it to flow into the desired shape as it is pressed against the dies. Hydraulic metal shaping machines can be used to create a wide variety of shapes and forms, and are often used in the automotive and aerospace industries to manufacture parts such as body panels, wing components, and structural supports.

Provided with a safety device against overload, making this machine easy to start and stop. Due to its characters of high rigidity, big cutting force, high precision of conversion, low oil temperature, less thermo-deformation and stable machining accuracy, it can also suit the needs of heavy-duty and continuous cutting. 

Specifications
  • Max. Cutting Length - 1250mm = 49.21 inches
  • Cutting Speed of Ram - 3-44mm/min = 0.12-1.73 inches per minute
  • Distance From Lower Edge of Ram to Upper Surface of Table - 80-400mm = 3.15-15.75 inches
  • Max. Cutting Force - 28000N = 6295.74 pounds
  • Max. Travel of Tool Head - 160mm = 6.30 inches
  • Max. Size of Tool Shank - 30x45mm = 1.18 x 1.77 inches
  • Upper Working Surface of Table - 1250x500mm = 49.21 x 19.69 inches
  • Width of Central T-Slot of Table - 22mm = 0.87 inches
  • Max. Horizontal Travel of Table - 800mm = 31.50 inches
  • Horizontal Feed of Table per Reciprocating Stroke of Ram - 0.25-5mm = 0.0098-0.197 inches
  • Main Motor - 7.5kW = 10.07 hP
  • Motor for Rapid Motion of Table - 0.75kW = 1.01hP
  • Size - 4270x1610x1970mm = 168.11 x 63.39 x 77.56 inches
  • Weight - 5000Kg = 11023.11 pounds

Standard Accessories
  • Crank handle
  • Double-head spanner
  • Foundation bolt
  • Hex nut
  • Washer
  • Piston ring
  • Support ring
  • Seal ring
  • Pressure ring
  • O-type seal ring
  • High pressure soft rubber tube
  • Technical documents
Optional Accessories
  • Machine folder knife
  • Parallel jaw
  • Wedge adjuster
  • Depend-iron
  • Block-iron
  • Small flat pressing plate
  • Large flat pressing plate
  • T-slot type bolt
  • Hex nut
  • Washer
Delivery

Delivery is 8-12 Weeks from Deposit

How to use a Hydraulic Shaping Machine
  1. Set up the machine: This involves installing the appropriate dies or tools in the machine, as well as adjusting the work table and other settings to accommodate the workpiece.

  2. Secure the workpiece: The workpiece should be firmly secured to the work table to prevent it from moving during the shaping process.

  3. Select the appropriate pressure and flow rate: The pressure and flow rate of the hydraulic pump will need to be adjusted based on the thickness and type of metal being shaped, as well as the desired shape.

  4. Position the die or tool: The die or tool should be positioned so that it will make contact with the workpiece in the desired location.

  5. Activate the machine: The machine can then be activated by pressing a button or flipping a switch, which will cause the hydraulic pump to apply pressure to the workpiece.

  6. Make any necessary adjustments: As the metal is shaped, the die or tool may need to be repositioned or the pressure and flow rate may need to be adjusted to achieve the desired shape.

  7. Inspect the finished workpiece: Once the shaping process is complete, the finished workpiece should be inspected to ensure that it meets the required specifications.

*Information shown may differ or change without warning*

Product Search

Description

Standard KH-1250 Hydraulic Shaping Machine:

A hydraulic metal shaping machine is a machine that is used to shape metal using hydraulic pressure. It typically consists of a hydraulic pump, a work table, and a set of dies or tools that are used to shape the metal. The machine works by using the hydraulic pump to apply high pressure to the metal, which forces it to flow into the desired shape as it is pressed against the dies. Hydraulic metal shaping machines can be used to create a wide variety of shapes and forms, and are often used in the automotive and aerospace industries to manufacture parts such as body panels, wing components, and structural supports.

Provided with a safety device against overload, making this machine easy to start and stop. Due to its characters of high rigidity, big cutting force, high precision of conversion, low oil temperature, less thermo-deformation and stable machining accuracy, it can also suit the needs of heavy-duty and continuous cutting. 

Specifications
  • Max. Cutting Length - 1250mm = 49.21 inches
  • Cutting Speed of Ram - 3-44mm/min = 0.12-1.73 inches per minute
  • Distance From Lower Edge of Ram to Upper Surface of Table - 80-400mm = 3.15-15.75 inches
  • Max. Cutting Force - 28000N = 6295.74 pounds
  • Max. Travel of Tool Head - 160mm = 6.30 inches
  • Max. Size of Tool Shank - 30x45mm = 1.18 x 1.77 inches
  • Upper Working Surface of Table - 1250x500mm = 49.21 x 19.69 inches
  • Width of Central T-Slot of Table - 22mm = 0.87 inches
  • Max. Horizontal Travel of Table - 800mm = 31.50 inches
  • Horizontal Feed of Table per Reciprocating Stroke of Ram - 0.25-5mm = 0.0098-0.197 inches
  • Main Motor - 7.5kW = 10.07 hP
  • Motor for Rapid Motion of Table - 0.75kW = 1.01hP
  • Size - 4270x1610x1970mm = 168.11 x 63.39 x 77.56 inches
  • Weight - 5000Kg = 11023.11 pounds

Standard Accessories
  • Crank handle
  • Double-head spanner
  • Foundation bolt
  • Hex nut
  • Washer
  • Piston ring
  • Support ring
  • Seal ring
  • Pressure ring
  • O-type seal ring
  • High pressure soft rubber tube
  • Technical documents
Optional Accessories
  • Machine folder knife
  • Parallel jaw
  • Wedge adjuster
  • Depend-iron
  • Block-iron
  • Small flat pressing plate
  • Large flat pressing plate
  • T-slot type bolt
  • Hex nut
  • Washer
Delivery

Delivery is 8-12 Weeks from Deposit

How to use a Hydraulic Shaping Machine
  1. Set up the machine: This involves installing the appropriate dies or tools in the machine, as well as adjusting the work table and other settings to accommodate the workpiece.

  2. Secure the workpiece: The workpiece should be firmly secured to the work table to prevent it from moving during the shaping process.

  3. Select the appropriate pressure and flow rate: The pressure and flow rate of the hydraulic pump will need to be adjusted based on the thickness and type of metal being shaped, as well as the desired shape.

  4. Position the die or tool: The die or tool should be positioned so that it will make contact with the workpiece in the desired location.

  5. Activate the machine: The machine can then be activated by pressing a button or flipping a switch, which will cause the hydraulic pump to apply pressure to the workpiece.

  6. Make any necessary adjustments: As the metal is shaped, the die or tool may need to be repositioned or the pressure and flow rate may need to be adjusted to achieve the desired shape.

  7. Inspect the finished workpiece: Once the shaping process is complete, the finished workpiece should be inspected to ensure that it meets the required specifications.

*Information shown may differ or change without warning*