Hydraulic Forging Press

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Hydraulic Forging Press Specification

Power Source
Hydraulic

Condition
New

Dimension (L*W*H)
Customized as per capacity

Voltage
380V/415V, 3 Phase, 50/60 Hz

Motor
Heavy Duty Electrical Motor

Solenoid Valve
Standard Fitment

Pre-Fill Valve
Equipped

Pressure Gauge
Included

Max Opening Distance
600 mm to 1200 mm

Working Table Size
800 x 900 mm to 1700 x 1200 mm

Stroke Length
300 mm to 700 mm

Ram Speed
Idle: 60 mm/s, Working: 15 mm/s

Oil Tank Capacity
350 L to 1000 L

Frame Structure
Forged Steel Welded Frame

Cooling System
Oil Cooling Unit Equipped

Forging Capability
Suitable for Heavy Industrial Use

About Hydraulic Forging Press

We have attained and maintained our reputation in the market by manufacturing and exporting an unmatched array of Hydraulics Forging Press. Our presses are used for different operations such as bending, drawing, punching and pressing of metals. Our Hydraulics Forging Press is made using premium grade materials and modern technology to ensure its superior performance, low maintenance and sturdy construction. Be it in domestic market or international, our offered presses are appreciated and applauded over the global platform.

Reliable Forging Performance

Designed for intensive industrial environments, this hydraulic forging press meets the rigorous demands of large-scale manufacturing and metalworking applications. The solid steel welded frame guarantees structural integrity, while precision-engineered components ensure smooth operation and extended service life.

Versatile Customization Options

Adaptable to different production requirements, the press offers flexible stroke lengths, table sizes, and opening distances. This level of customization makes it ideal for manufacturers who require specialized solutions for their forging operations, while the durable motor and cooling system guarantee uninterrupted performance.

Efficient Operation and Maintenance

The hydraulic press incorporates user-friendly features such as pressure gauges, pre-fill and solenoid valves for streamlined workflow. Its advanced cooling system maintains optimal oil temperature, minimizing downtime and maximizing productivity. Maintenance is straightforward, ensuring long-lasting reliability and minimal operational interruptions.

FAQs of Hydraulic Forging Press:

Q: How does the hydraulic forging press handle heavy industrial applications?

A: The press is purpose-built with a forged steel welded frame and a heavy-duty electrical motor, enabling it to withstand significant operational stress common in heavy industrial forging. Its robust construction and high-capacity components ensure reliable performance and structural durability under continuous use.

Q: What range of stroke length and table size can be customized on this forging press?

A: Customers can choose stroke lengths between 300 mm and 700 mm, and working table sizes from 800 x 900 mm up to 1700 x 1200 mm. This flexibility allows the press to accommodate various forging tasks and material sizes, making it versatile for different production needs.

Q: When should the oil cooling system be maintained or checked?

A: Regular maintenance of the oil cooling system is recommended according to operational intensity, typically every 3-6 months. Routine checks involve inspecting oil levels, coolant functionality, and cleaning the cooling unit to ensure consistent temperature management and prevent overheating.

Q: Where is this hydraulic forging press mainly utilized?

A: This press is widely used in heavy industrial sectors such as automotive, shipbuilding, metal fabrication, and machinery manufacturing. Its robust design and high capacity make it suitable for facilities that require continuous forging of large or dense metal components.

Q: What benefits does the built-in pressure gauge and solenoid valve provide during operation?

A: The integrated pressure gauge offers precise monitoring of working pressure, enhancing process control and safety. The solenoid valve ensures smooth hydraulic flow transitions, improving operational accuracy and reducing cycle time during pressing and release phases.

Q: How can users ensure the press operates at optimal ram speed?

A: Operators should follow the recommended operating parameters, using the idle speed of 60 mm/s for setup and positioning, and the working speed of 15 mm/s when performing the actual forging. Maintaining proper oil levels and regular system checks help sustain optimal speed and performance.

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