380V H-Beam Hydraulic Punching And Shearing Machine For Heavy Duty Stamping

Product Description:

The H Beam Hydraulic Punching And Shearing Equipment is a versatile and powerful machinery designed to cater to the needs of various metalworking applications. With a maximum punching force of 200 tons, this equipment is capable of efficiently punching holes in a wide range of materials, including I-beam stamping parts.

For shearing tasks, the H Beam Hydraulic Punching And Shearing Equipment boasts a maximum shearing force of 300 tons, making it a reliable choice for cutting through tough materials with ease. Its maximum shearing thickness of 20mm ensures precision and efficiency in cutting operations, particularly for H-Beam shearing machines.

When it comes to punching operations, this equipment excels with a maximum punching diameter of 40mm, allowing for the creation of precise and accurate holes in various workpieces. The machine offers between 3 to 6 punching stations, providing flexibility and increased productivity for different manufacturing needs.

Equipped with advanced features such as i-beam servo technology, the H Beam Hydraulic Punching And Shearing Equipment ensures smooth and precise operation, resulting in high-quality outputs and reduced downtime. The machine's robust construction and efficient hydraulic system contribute to its overall performance and reliability in demanding industrial environments.

Whether you are working on I-beam stamping parts or other metal fabrication projects, the H Beam Hydraulic Punching And Shearing Equipment is a valuable asset that streamlines your production processes and enhances overall efficiency. Its user-friendly interface and customizable settings make it suitable for a wide range of applications, catering to the diverse needs of modern metalworking industries.

Investing in the H Beam Hydraulic Punching And Shearing Equipment means investing in a reliable and high-performance machinery that delivers consistent results and meets the demanding requirements of metalworking operations. With its impressive capabilities and innovative features, this equipment is a smart choice for businesses looking to enhance their manufacturing capabilities and stay ahead in a competitive market.

Features:

• Product Name: H Beam Hydraulic Punching And Shearing Equipment
• Frequency: 50Hz
• Punching Stations: 3-6
• Max. Punching Diameter: 40mm
• Model: HPS-200
• Material: Steel

Technical Parameters:

Applications:

The Yinjiang YJ-PV6-2 H Beam Hydraulic Punching And Shearing Equipment is a versatile and powerful machine designed for various product application occasions and scenarios. With its advanced features and high-quality construction, this equipment is ideal for a wide range of industrial applications.

Whether you need to punch holes in I-beams, hydraulic press operations, or shear H-Beams, the Yinjiang YJ-PV6-2 is the perfect solution. Its 3-6 punching stations allow for efficient and precise punching operations on a variety of materials. The electric power source ensures consistent performance and reliability, making it suitable for heavy-duty tasks.

Manufactured in China, this equipment boasts a maximum shearing force of 300 tons, providing ample power for cutting through even the toughest materials. The 380V voltage requirement ensures compatibility with most industrial settings, allowing for seamless integration into your existing operations.

Equipped with a PLC control system, the Yinjiang YJ-PV6-2 offers intuitive and user-friendly operation, making it easy to set up and adjust for different punching and shearing tasks. Whether you are working in a fabrication shop, steel construction site, or any other industrial setting, this machine will streamline your workflow and enhance productivity.

From I-beam punching to hydraulic press applications to H-Beam shearing tasks, the Yinjiang YJ-PV6-2 H Beam Hydraulic Punching And Shearing Equipment excels in all scenarios. Its durability, efficiency, and precision make it a valuable asset for any business looking to optimize their metalworking processes.