What Our Experts Think
The U.S. Industrial Machinery Hydraulic Press Brake, 125 TON x 13’ with Graphic CNC (USHB125-13CNC) is a high-quality, robust solution for precision bending and forming in industrial settings. Here’s why it’s a top choice:
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Impressive Capacity: With a 125-ton bending capacity and a 13-foot working length, this press brake is capable of handling large, heavy-duty materials, making it ideal for high-volume production environments.
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Advanced Graphic CNC Control: The integrated Graphic CNC system enhances ease of use and precision by providing real-time visual feedback, allowing operators to create complex bending profiles with accuracy.
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Precision and Accuracy: The CNC technology ensures precise control over the bending process, reducing human error and enhancing consistency in high-quality, repeatable results.
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Durable and Sturdy Construction: Built with heavy-duty materials, this hydraulic press brake is designed for durability and longevity, making it suitable for demanding industrial applications.
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Versatile Applications: Ideal for various metalworking tasks, including bending, forming, and shaping sheet metal in industries such as manufacturing, aerospace, and automotive.
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User-Friendly Interface: The graphic control panel simplifies operation, making it easy for operators of varying skill levels to use the machine efficiently and effectively.
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Safety Features: Designed with safety in mind, this press brake includes built-in safeguards to ensure operator protection during operation.
Q&A
Q: What is the U.S. Industrial Machinery Hydraulic Press Brake, 125 TON x 13’?
A: The USHB125-13CNC is a 125-ton hydraulic press brake with a 13-foot bending capacity, designed for precision metal forming and bending. It is equipped with a graphic CNC system to offer enhanced control and ease of use, allowing for accurate bending and shaping of sheet metal.
Q: What is the capacity of this press brake?
A: The press brake has a bending capacity of 125 tons and a working length of 13 feet, allowing for the handling of larger and thicker metal sheets.
Q: What does the graphic CNC system do?
A: The graphic CNC system offers intuitive control, allowing operators to program and monitor complex bending operations with ease. It enhances precision, reduces manual errors, and streamlines production processes.
Q: What materials can this press brake handle?
A: The USHB125-13CNC is designed to handle a variety of metals, including steel, aluminum, and other materials commonly used in fabrication and manufacturing.
Q: How is the press brake operated?
A: The hydraulic press brake is operated using the CNC system, which allows for programmable and automated bending operations. The user-friendly interface makes it easier for operators to set up and execute precise bends.
Q: What makes this press brake stand out?
A: The USHB125-13CNC combines high tonnage with advanced CNC technology, providing exceptional precision and flexibility for a wide range of metalworking applications. Its large working length makes it ideal for bending larger metal sheets and parts.
Q: Why should I choose the U.S. Industrial Machinery Hydraulic Press Brake?
A: This press brake offers robust performance, ease of use, and high precision for industrial metalworking needs. Its advanced CNC system improves efficiency and accuracy, making it an excellent investment for businesses requiring high-quality sheet metal bending.
Maintenance Tips
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Regular Cleaning: Clean the press brake regularly to remove dust, dirt, and metal shavings. Use a clean, dry cloth to wipe down the machine's exterior, and make sure to clean any visible hydraulic components and the working area after each use.
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Hydraulic Fluid Maintenance: Check the hydraulic fluid levels frequently. Low or dirty hydraulic fluid can lead to poor performance or damage to the press brake. Replace the fluid according to the manufacturer’s recommendations, and ensure that the filter is also changed regularly.
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Lubrication: Lubricate the machine’s moving parts, including the ram and slide bearings, with the appropriate grease or oil. This helps reduce wear and tear on the components and ensures smooth operation.
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Check Hydraulic Hoses and Fittings: Regularly inspect hydraulic hoses and fittings for leaks, cracks, or wear. Replace damaged hoses immediately to prevent hydraulic fluid loss or pressure drops, which can impair the press brake's performance.
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Inspect and Clean the Dies: Clean and inspect the bending dies regularly. Ensure they are free from debris and damage, as even minor issues can affect the quality of the bends. Sharpen or replace worn dies as needed.
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Check Alignment: Periodically check the alignment of the press brake and ensure that the ram is correctly positioned. Misalignment can lead to uneven bending and premature wear of parts. Adjust as necessary according to the manufacturer’s specifications.
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Monitor the CNC System: Regularly inspect the Graphic CNC system for any software updates, malfunctions, or signs of wear in the control panel. Ensure all wiring and connections are secure, and calibrate the system as needed for precision and accuracy.
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Test Emergency Stop Function: Test the emergency stop function regularly to ensure it works properly. This safety feature is crucial to protect both the operator and the machine during emergencies.
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Inspect the Safety Guards: Ensure that all safety guards and protective covers are in place and functioning. These guards prevent accidents by shielding operators from moving parts.
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Tighten Fasteners: Periodically check and tighten any loose fasteners, bolts, and screws, particularly around the hydraulic and CNC components, to ensure stable operation and prevent malfunction.
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Prevent Overload: Always adhere to the recommended load capacity (125 TON). Overloading the press brake can cause excessive wear, potential hydraulic failure, or damage to the frame and components.
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Routine Professional Maintenance: Schedule periodic inspections and maintenance by a qualified technician to ensure the press brake continues to operate at peak performance. This includes checking the hydraulic system, electrical components, and overall mechanical integrity.
