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The T600X4100 Press Brake is a super-heavy-duty machine designed for the most demanding sheet metal bending applications. With a nominal force of 600 tons and a working length of 4100mm, it is capable of bending extremely thick and large sheet metal parts with exceptional precision and power. The machine features a robust double-column, four-guideway structure that provides maximum rigidity and stability, even when operating at full capacity.
Equipped with a top-of-the-line CNC control system, the T600X4100 offers advanced programming and control capabilities, including 3D simulation, automatic tool selection, and real-time process monitoring. The control system is designed to handle complex bending sequences for large and irregularly shaped workpieces, ensuring accurate and efficient production. The machine's hydraulic system is powered by a high-pressure pump station that delivers consistent and reliable force, even for the toughest materials.
Extreme Tonnage Capacity: The 600-ton nominal force makes the T600X4100 suitable for bending thick plates of high-strength steel, alloy steel, and other tough materials, with thicknesses up to 30mm (depending on material properties and tooling).
Advanced Motion Control: The machine uses a combination of servo motors and ball screws for the backgauge and ram positioning, ensuring high-speed and high-precision movements with minimal backlash.
Large Work Capacity: The 4100mm working length and spacious working area allow for bending of large-scale workpieces, making it ideal for fabricating components for heavy machinery, industrial equipment, and structural steel.
Intelligent Tool Management: The CNC system includes a tool database that stores information about all available tools, allowing for automatic tool selection and setup based on the bending program, reducing setup time and errors.
Reliable Cooling System: The hydraulic system is equipped with an efficient oil cooling system that prevents overheating during prolonged operation, ensuring the long-term reliability of the machine.
The T600X4100 Press Brake is used in industries that require heavy-duty sheet metal bending, such as mining equipment manufacturing, oil and gas pipeline fabrication, power plant construction, and large-scale steel structure production. It is capable of handling the most challenging bending tasks, including thick plate bending, heavy-angle bending, and complex multi-step bending for large components.
In mining equipment manufacturing, it is used to bend parts for excavators, dump trucks, and other heavy machinery. In oil and gas pipeline fabrication, it is used to bend pipeline components and structural supports. The machine's ability to handle large and thick workpieces with precision makes it an essential tool for producing high-quality components for critical infrastructure projects.
Q: What is the minimum yield strength of the materials that the T600X4100 Press Brake can bend?
A: The machine can bend materials with a yield strength of up to 690 MPa, making it suitable for high-strength steel and other advanced materials.
Q: How is the machine's stability ensured when bending off-center loads?
A: The double-column, four-guideway structure and advanced load distribution system help to maintain stability even when bending off-center, minimizing frame deflection and ensuring consistent bending results.
Q: Does the machine require a special foundation for installation?
A: Yes, due to its heavy weight and high tonnage, the T600X4100 requires a reinforced concrete foundation that meets the manufacturer's specifications to ensure proper stability and operation.
Q: What is the maximum bending speed of the ram?
A: The ram speed can be adjusted, with a maximum approach speed of 30mm/s and a working speed of 3mm/s for precise control during the bending process.
Q: How does the machine handle tool wear and ensure continued accuracy?
A: The CNC system can be programmed to compensate for tool wear by adjusting the bending parameters, and regular tool inspection and maintenance are recommended to ensure long-term accuracy and performance.
The T600X4100 Press Brake is a super-heavy-duty machine designed for the most demanding sheet metal bending applications. With a nominal force of 600 tons and a working length of 4100mm, it is capable of bending extremely thick and large sheet metal parts with exceptional precision and power. The machine features a robust double-column, four-guideway structure that provides maximum rigidity and stability, even when operating at full capacity.
Equipped with a top-of-the-line CNC control system, the T600X4100 offers advanced programming and control capabilities, including 3D simulation, automatic tool selection, and real-time process monitoring. The control system is designed to handle complex bending sequences for large and irregularly shaped workpieces, ensuring accurate and efficient production. The machine's hydraulic system is powered by a high-pressure pump station that delivers consistent and reliable force, even for the toughest materials.
Extreme Tonnage Capacity: The 600-ton nominal force makes the T600X4100 suitable for bending thick plates of high-strength steel, alloy steel, and other tough materials, with thicknesses up to 30mm (depending on material properties and tooling).
Advanced Motion Control: The machine uses a combination of servo motors and ball screws for the backgauge and ram positioning, ensuring high-speed and high-precision movements with minimal backlash.
Large Work Capacity: The 4100mm working length and spacious working area allow for bending of large-scale workpieces, making it ideal for fabricating components for heavy machinery, industrial equipment, and structural steel.
Intelligent Tool Management: The CNC system includes a tool database that stores information about all available tools, allowing for automatic tool selection and setup based on the bending program, reducing setup time and errors.
Reliable Cooling System: The hydraulic system is equipped with an efficient oil cooling system that prevents overheating during prolonged operation, ensuring the long-term reliability of the machine.
The T600X4100 Press Brake is used in industries that require heavy-duty sheet metal bending, such as mining equipment manufacturing, oil and gas pipeline fabrication, power plant construction, and large-scale steel structure production. It is capable of handling the most challenging bending tasks, including thick plate bending, heavy-angle bending, and complex multi-step bending for large components.
In mining equipment manufacturing, it is used to bend parts for excavators, dump trucks, and other heavy machinery. In oil and gas pipeline fabrication, it is used to bend pipeline components and structural supports. The machine's ability to handle large and thick workpieces with precision makes it an essential tool for producing high-quality components for critical infrastructure projects.
Q: What is the minimum yield strength of the materials that the T600X4100 Press Brake can bend?
A: The machine can bend materials with a yield strength of up to 690 MPa, making it suitable for high-strength steel and other advanced materials.
Q: How is the machine's stability ensured when bending off-center loads?
A: The double-column, four-guideway structure and advanced load distribution system help to maintain stability even when bending off-center, minimizing frame deflection and ensuring consistent bending results.
Q: Does the machine require a special foundation for installation?
A: Yes, due to its heavy weight and high tonnage, the T600X4100 requires a reinforced concrete foundation that meets the manufacturer's specifications to ensure proper stability and operation.
Q: What is the maximum bending speed of the ram?
A: The ram speed can be adjusted, with a maximum approach speed of 30mm/s and a working speed of 3mm/s for precise control during the bending process.
Q: How does the machine handle tool wear and ensure continued accuracy?
A: The CNC system can be programmed to compensate for tool wear by adjusting the bending parameters, and regular tool inspection and maintenance are recommended to ensure long-term accuracy and performance.
