Hydraulic Press Brake Machine

Name: Hydraulic Press Brake Machine
Brand: JAY SHREE MACHINES PVT. LTD.
Price: 1000000.0 INR
Availability: InStock

Price 1000000.0 INR/ Unit

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MOQ : 1 Unit

Hydraulic Press Brake Machine Specification

Machine Type
PRESS BRAKE

Automation
MANUAL- SEMI AUTOMATIC- FULL AUTOMATIC

Product Type
HYDRAULIC BENDING MACHINE

Usage
INDUSTRIAL/SHEET METAL BENDING

Color
BLUE&WHITE

Power
7.5HP/10HP/15HP Horsepower (HP)

Hydraulic Press Brake Machine Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
15 Days

Hydraulic Press Brake Machine About

Hydraulic Press Brake Machine Product Description

Our Hydraulic Press Brake Machine is designed for high-precision bending of sheet metal with excellent accuracy and efficiency. Built with robust construction and advanced hydraulic technology, this machine ensures smooth operation, consistent performance, and long service life.

It is widely used in fabrication industries for bending mild steel, stainless steel, aluminum, and other metal sheets. The machine offers superior control, making it ideal for both small-scale workshops and large manufacturing units.

Key Features:

Heavy-duty steel frame for durability

High-precision bending with hydraulic control

Easy operation and low maintenance

Energy-efficient performance

Available in various capacities and sizes

Suitable for MS, SS, and aluminum sheets

Applications:

Sheet metal fabrication

Engineering industries

Automobile sector

Industrial manufacturing units

Metal processing workshops

Why Choose Our Machine?

Reliable performance and long life

Competitive pricing

Customization options available

After-sales support and service

Versatile Operation Modes

This hydraulic press brake accommodates varying working styles and expertise levels by offering manual, semi-automatic, and fully automatic operating modes. Users can select the best mode according to project complexity or required productivity.

Superior Power Options

Choose from 7.5HP, 10HP, or 15HP variants to match your workload. Each option is designed for consistent performance, ensuring optimal force and precision during every sheet metal bending operation.

Optimal Performance for Industrial Usage

Built for heavy-duty, industrial environments, this machine meets the needs of sheet metal fabrication, providing strength, longevity, and the capacity to handle high-volume operations with accuracy.

FAQ's of Hydraulic Press Brake Machine:

Q: How does the Hydraulic Press Brake Machine benefit sheet metal fabrication operations?

A: This machine delivers accurate and repeatable bends, helping manufacturers achieve high productivity, minimize rework, and maintain quality standards in industrial sheet metal fabrication.

Q: What power options are available for the machine, and how should I choose the right one?

A: The press brake is offered in 7.5HP, 10HP, and 15HP models. The ideal power selection depends on the material thickness, bending length, and production volume required at your facility.

Q: When is it advisable to use the automatic mode versus the manual or semi-automatic modes?

A: Automatic mode is ideal for high-volume or repetitive processes demanding consistency, while manual or semi-automatic modes are suited for custom or prototype work requiring more operator control.

Q: Where can this press brake machine be implemented within an industrial setup?

A: It is designed for use in workshop floors and production lines where sheet metal is formed, commonly found in automotive, appliance, and general fabrication industries.

Q: What is the standard process for bending sheets using this press brake?

A: The process generally involves placing the metal sheet on the worktable, setting the desired parameters, and engaging the appropriate mode for bending. The hydraulic system then applies force to form the required angle.

Q: How can users maximize the efficiency of their press brake machine?

A: Regular maintenance, appropriate mode selection for each job, and using the right power configuration for the material thickness are crucial for optimizing output and ensuring machine longevity.

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