Hydraulic Bending Machine

Name: Hydraulic Bending Machine
Brand: SR INDUSTRIES
Price: 450000.0 INR
Availability: InStock

Price 450000.0 INR/ Piece

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MOQ : 1 Piece

Hydraulic Bending Machine Specification

Place of Origin
India

Product Type
HYDRAULIC BENDING MACHINE

Power
415 Volt (v)

Weight
2500 Kilograms (kg)

Machine Type
HYDRAULIC BENDING MACHINE

Automation
Semi Auto

Raw Material
MS

Motor Speed
1450 RPM

Voltage
415 Volt (v)

Phase
THREE

Capacity
60 Ton

Usage
Banding Machine

Bending Strength
Hydraulic

Hydraulic Bending Machine Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
30 Days

Main Domestic Market
All India

About Hydraulic Bending Machine

A press brake is an industrial machine tool used to bend sheet and plate materials, typically sheet metal, into precise angles and shapes. It operates by clamping a workpiece between a matching punch (upper tool) and die (lower tool), applying high-tonnage pressure to create permanent "plastic" deformation along a predetermined bend line.

Core Components

Frame: The main structure, often a C-frame design, made of high-strength steel to provide stability and resist deflection during high-pressure operations.
Ram (Upper Beam): The moving part that holds the punch and descends vertically to exert force on the material.
Bed (Worktable): The fixed lower platform that supports the die and the workpiece.
Back Gauge: A positioning system located behind the bed that ensures the sheet is placed accurately for consistent and repeatable bends.
Tooling (Punch & Die): Interchangeable sets that determine the final bend radius and angle. Common shapes include V-dies, gooseneck punches, and offset dies.
Control System: Ranges from simple manual or NC (Numerical Control) systems to advanced CNC (Computer Numerical Control) platforms that automate complex, multi-step bending sequences.

Primary Types

Hydraulic Press Brakes: The most common industrial type, using hydraulic cylinders for high power, consistent force, and versatility across many material thicknesses.
CNC Press Brakes: Fully automated machines that use a computer to control multiple axes (ram, back gauge, and crowning), offering the highest precision (up to 0.01mm) and repeatability.
Servo-Electric Press Brakes: Driven by electric motors and ball screws rather than hydraulic fluid. They are highly energy-efficient, faster, and require less maintenance.
Mechanical Press Brakes: Older technology using a flywheel and clutch system. While fast for repetitive tasks, they lack the precise control and safety features of modern hydraulic or electric versions.

Key Performance Specifications

Tonnage: The maximum force the machine can apply. Required tonnage depends on material type, thickness, and bend length.
Bending Length: The maximum width of the sheet metal the machine can accommodate.
Accuracy & Repeatability: Critical for tight-tolerance industries like aerospace and automotive.
Axes of Control: Modern machines may have 3 to 8+ axes (X, R, Z1, Z2, etc.) to handle complex, asymmetrical parts without manual adjustments.

Advanced Hydraulic Bending

Engineered for exceptional strength, the Hydraulic Bending Machine leverages hydraulic technology to deliver impressive force and accurate results. Designed specifically for MS material processing, it ensures high repeatability and reduced manual intervention, making it a valuable asset for modern workshops.

Semi-Automatic Operation for Efficiency

With its semi-auto automation, this machine strikes a balance between human oversight and automated action. Operators can control the process easily, optimizing both safety and throughput. The straightforward interface allows for seamless integration into existing production lines.

FAQ's of Hydraulic Bending Machine:

Q: How does the hydraulic mechanism improve the bending process?

A: The hydraulic system provides consistent force, ensuring uniform bends and reducing the risk of material deformation. It also offers greater control over bending angles, enabling precise shaping of MS materials.

Q: What type of materials can be processed with this bending machine?

A: This machine is designed for bending mild steel (MS) and is ideal for applications requiring strong, reliable bends in metal sheets or bars.

Q: When should I use a 60-ton hydraulic bending machine compared to other types?

A: A 60-ton hydraulic bending machine is best suited for heavy-duty projects that require high bending force and accuracy. Use it when dealing with thick or large metal pieces that lighter machines cannot handle.

Q: Where is the Hydraulic Bending Machine manufactured and supplied from?

A: The machine is manufactured in India and is available to manufacturers, service providers, and suppliers across the region.

Q: What is the process of operating the semi-automatic machine?

A: The operator sets the required parameters, positions the workpiece, and initiates the bending cycle. The hydraulic system takes over, performing the bend with controlled force, while the operator monitors and ensures safety throughout the process.

Q: How can I benefit from using this machine in my workshop?

A: Integrating this hydraulic bending machine improves productivity, product quality, and operational safety. It allows for efficient, repeatable production of bent MS components, reducing manual labor and error rates.

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