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PBH-600 Section Bending Machine

PBH-600 Section Bending Machine

PBH-600 profile bending machine is a large three-roll section bending machine: the three rolls are uniformly driven to ensure the maximum bending torque and automatic compensation of the circumferential speed. The bending force is transmitted to the shaft roller through the movement of the hydraulic cylinder. All three rollers are driven to transmit the maximum torque to the profile, and the end of the profile can be pre-bent when bending the profile.

By adjusting the two 3D transverse guide rollers, they can be adjusted independently in six directions to ensure the best control of the flatness of the rolling, and to correct the distortion generated during the profile rolling process.

BIT has always been manufacturing profile bending machines for the purpose of customer satisfaction, which can ensure excellent bending quality and long-term maximum productivity. Even under heavy workloads, it can guarantee reliability, resistance, and high performance for many years. Bending profile with high bending strength modulus.

The body of the BIT series profile bending machine is made of very thick and sturdy steel. The large-scale structure can ensure maximum reliability and bending accuracy over time, and it is welded and heat-treated to eliminate residual internal stress.

Main Parameters

Max Sectional Modulus500 cm³
Bending Speed~4.5m/min
Guide Roller Lifting Speed~1.6m/min
Max Working Pressure of Hydraulic System20MPa
Hydraulic Pump37Kw
Shaft DiaUpper Shaft Φ320,Lower Shaft Φ300
Mold DiaΦ700 mm
Dimensions4200×3500×3000 mm
Weight~ 50T
Main Parameters of PBH-700 Angle Roller
Section Modulus

More PBH Section Bending Machines

Capacity Of 12 Types Of Section Bending

Angle Iron

Section Bending Machine for Angle IronOuter bendingMax. Section(mm)200×200×320Min. Bending Dia(mm)Φ4500
Inner bendingMax. Section(mm)200×200×320Min. Bending Dia(mm)Φ8000
Angle Iron Bending Capacity Table

Angle Iron Bending and Angle Roll Machine

Flat Bar

Hard X-X AxisMax. Section(mm)300×70Min. Bending Dia(mm)Φ4000
Section Bending Machine for Flat Bar Easy Y-Y AxisMax. Section(mm)500×100Min. Bending Dia(mm)Φ1600
Flat Bar Bending Capacity Table

Bending Flat Bar and Flat Bar Bending Machine

Square Bar

Section Bending Machine for Square BarSquare BarMax. Section(mm)200×200Min. Bending Dia(mm)Φ3500
Square Bar Bending Capacity Table

Bending Square Bar and Square Bar Bending Machine

Pipe and Tubing

Section Bending Machine for Square TubingSquare TubingMax. Section(mm)300×300×12Min. Bending Dia(mm)Φ15000
Round PipeMax. Section(mm)452×10Min. Bending Dia(mm)Φ8000
Pipe and Tubing Bending Capacity Table

Bending Square Tubing and Square Tube Bending Machine

U Channel

Section Bending Machine for U ChannelToes InMax. Section(mm)600Min. Bending Dia(mm)Φ5000
Toes OutMax. Section(mm)600Min. Bending Dia(mm)Φ5000
U Channel Bending Capacity Table

Channel Rolling Machine; C Channel Bending Machine
Other: Aluminum Channel Bending Machine; Channel Letter Bender;

I Beam and H Beam

Section Bending Machine for H Beam Easy WayMax. Section(mm)600Min. Bending Dia(mm)Φ5000
Hard WayMax. Section(mm)450Min. Bending Dia(mm)Φ40000
I Beam and H Beam Bending Capacity Table

Beam Rolling and I Beam Bending Machine

T Steel

Section Bending Machine for T Steel T SteelMax. Section(mm)300×300×30Min. Bending Dia(mm)Φ4000
T Steel Bending Capacity Table
section bedning process

Section Bending and Section Bending Machine

Section bending, also known as profile bending or section rolling, is a metal forming process used to bend various types of linear materials, such as beams, channels, angles, and tubes, into curved or circular shapes. This process allows the creation of curved profiles from straight sections, often with a specific radius or curvature required for a particular application.

Top 4 Key Features Of Section Bending

  • Materials: Section bending is commonly applied to materials like steel, aluminum, and other metals, but it can also be used for plastic materials in some cases.
  • Shapes: It is used to bend a wide range of profiles, including I-beams, H-beams, U-channels, angles, tubes, and pipes.
  • Precision: Section bending is valued for its ability to achieve precise and consistent curvature or radii across multiple pieces.
  • Applications: It finds applications in various industries, such as construction, architecture, manufacturing, and metalworking. Examples include curved roof trusses, curved handrails, and curved steel beams for architectural and structural purposes.

The section bending process involves passing the straight profile through a set of rollers or dies specifically designed for the desired curvature. These rollers apply force to the material, causing it to bend gradually along its length. The choice of roller configuration, the pressure applied, and the sequence of bending can be adjusted to achieve the desired curvature and shape.

Three Types of Section Bending Machines

Section bending can be performed using various machines, including:

  • Profile Bending Machines: These machines(also called section bending machines or section benders) have three rollers, and they are commonly used for bending flat bars, angles, and I-beams.
  • Tube Bending Machines: These machines are designed for bending tubes and pipes. They can have various configurations, including mandrel and non-mandrel options.
  • Angle Roll Machines: These machines are specialized for bending angle profiles.

Section bending is a versatile process that allows for the creation of curved and custom shapes while maintaining the structural integrity of the material. It is commonly used in architectural and structural applications to add aesthetic and functional features to buildings and structures. The ability to precisely bend sections to meet specific design requirements makes it an essential technique in various industries.

Section Bending Process

Ideal for roll bending the structural steel and aluminum profiles, our expertise ensures repeatability and accuracy. BIT section bending machine, equipped with high-tech CNC, allows the highest accuracy of the final piece, granting the best possible result for all applications present in the market. Dive into limitless manufacturing possibilities without the wait. When every detail matters, choose BIT.