Hydraulic Heavy Plate CNC Punch Press is a highly efficient metal processing equipment specially designed for punching thick plate materials. Its core feature is the hydraulic drive system that can generate strong impact force, suitable for processing thicker metal sheets, up to 35 mm thick. This type of equipment is usually equipped with an advanced CNC system to ensure processing accuracy and flexibility, and can quickly adjust processing parameters and tools according to different process requirements. Hydraulic Heavy Plate CNC Punch Press is widely used in heavy industry, construction, shipbuilding and automotive industries.
Hydraulic heavy plate CNC punch presses can process plates up to 35 mm thick and are suitable for a variety of metal materials, including:
Carbon steel
Wide application: Carbon steel is the most commonly used metal material and is suitable for manufacturing structural parts, frames and support components.
Stainless steel
Corrosion resistance: Suitable for food processing, medical equipment and chemical industries, stainless steel's rust resistance makes it perform well in harsh environments.
Alloy steel
High strength: Alloy steel has excellent strength and toughness, suitable for parts that need to withstand high loads, such as mechanical structures and tool manufacturing.
Aluminum alloy
Lightweight: Aluminum alloy is widely used in aerospace and transportation fields, and hydraulic punch presses can efficiently process aluminum alloy plates.
Copper and copper alloys
Conductivity: Suitable for the manufacture of electrical and electronic products, hydraulic punch presses can accurately process copper plates to ensure good conductivity.
Titanium alloy
High temperature resistance: Titanium alloy has important applications in aerospace and medical fields, and hydraulic heavy plate CNC punch presses can meet their high-precision processing requirements.
Regular maintenance of hydraulic plate punch presses is essential to ensure long-term stable operation and extend its service life. Here are some key maintenance recommendations:
Regular cleaning
External cleaning: Regularly clean the outside of the equipment to remove dust and metal chips to prevent contaminants from affecting equipment performance.
Internal cleaning: Regularly check and clean the inside of the equipment to ensure that there is no accumulation of debris in the hydraulic system and electrical components.
Hydraulic system maintenance
Oil inspection: Regularly check the quality and level of the hydraulic oil to ensure the normal operation of the hydraulic system.
Replace hydraulic oil: Regularly replace hydraulic oil according to the frequency of use and the instructions for use of hydraulic oil to prevent oil deterioration.
Lubrication maintenance
Lubrication point inspection: Regularly check all lubrication points to ensure sufficient lubricating oil and reduce wear of moving parts.
Use suitable lubricants: Follow the manufacturer's recommendations and use suitable lubricants to ensure lubrication effect.
Punch and die maintenance
Regular inspection: Regularly check the wear of punches and dies, and replace or repair severely worn parts in time.
Clean tools: Keep punches and dies clean to prevent metal chips and dirt from affecting cutting accuracy.
Electrical system inspection
Cables and connections: Check cables and electrical connections regularly to ensure they are free of wear and looseness.
Control panel maintenance: Keep the control panel clean and ensure that buttons and switches function properly.
Regular calibration
System calibration: Calibrate the CNC system regularly based on the frequency of equipment use to ensure machining accuracy.
Test run: Perform a test after calibration to confirm that the equipment is operating normally.
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