Pipe Square Tube Bending Machine Solid Steel Rod Bender Plus Product Pipe Tube Bending Machines

Advanced Hydraulic Pipe Bending Machine – Precision and Versatility for Industrial Applications

Our Hydraulic Pipe Bending Machine series (Models: 38NC, 50NC, 63NC, 75NCB, 89NCB, 120NCB) is engineered to deliver high-precision, high-efficiency bending for a wide range of materials and profiles. Designed for industrial applications, these machines combine robust construction, advanced hydraulic control, and user-friendly operation to meet the demands of metalworking, construction, automotive, and HVAC industries.
  Applications

* Structural components (steel frames, handrails, brackets).
  
* Pipelines (HVAC, hydraulic systems, oil/gas conduits).
  
* Automotive/transport parts (exhaust pipes, chassis elements).
  
* Custom metalwork (furniture, artistic installations).

model	38NC	50NC	63NC	75NC	89NC	120NC
round (MS) mm D：diameter T：thickness	D38*3T	D50*3T	D63*4T	D75*6T	D89*6T	D120*8T
round(SS)	D32*3T	D42*3T	D48*4T	D63*4T	D76*5T	D108*7T
square	30*30*2.5T	40*40*2.5T	50*50*2.5T	60*60*4T	70*70*4T	90*90*5T
L angle steel	30*2.5T	40*2.5T	50*2.5T	60*4T	70*4T	90*5T
rectangle	20*40*2.5T	30*40*2.5T	40*50*2.5T	40*60*4T	50*80*4T	60*120*5T
round rod	20D	35D	40D	50D	60D	80D
square rod	20*20	30*30	35*35	40*40	50*50	7
max length of through mandrel(m)	1.7	2.2	2.2	3.1	3.3	3.6
Max bending radius (mm)	R25-R200	R35-R250	R35-R300	R50-R400	R50-R400	R50-R450
Max  bending angle(mm)	220°	210°	190°	190°	190°	190°
bending precision	±0.1°	±0.1°	±0.1°	±0.1°	±0.1°	±0.1°
bending speed	70°/sec	60°/sec	55°/sec	45°/sec	30°/sec	30°/sec
Total power(KW)	4	5.5	5.5	7.5	11	11
Lowest operating oil level(L)	140	180	180	220	220	220
dimension（L*W*H）( m²)	2.6×0.7×1	3.1×0.8×1.1	3.1×0.8×1.1	4.2×1×1.2	4.2×1×1.2	5×1.2×1.3
Weight (Ton)	1	1.5	1.9	3.1	3.3	4.8

The Pipe Square Tube Bending Machine Solid Steel Rod Bender is a versatile metal forming solution designed for bending suitable pipes,square tubes,round tubes,and solid steel rods. It can be used in metal fabrication,construction,automotive,agricultural equipment,furniture,railings,frames,and general manufacturing applications.

Unlike equipment designed for only one specific tube shape,a multifunction pipe and tube bender can support different workpiece configurations when the appropriate tooling is installed. This flexibility makes the machine suitable for workshops that process a variety of metal materials and profiles.

The actual bending capacity depends on the machine model,material type,outer dimensions,wall thickness,solid bar diameter,bending radius,tooling,and drive configuration. Customers should provide detailed workpiece specifications when selecting the machine.

Square Tube Bending

Square tube bending is an important application for this type of equipment. Square steel tubing is widely used for structural frames,railings,gates,furniture,agricultural equipment,and machinery components.

The machine uses suitable dies,rollers,or forming tools to guide the square tube through the bending process. Proper tooling helps support the tube and maintain the desired profile during forming.

Square tubes can behave differently from round tubes during bending because the tube walls and corners respond differently to forming forces. Tooling selection and workpiece positioning are therefore important for reducing unwanted deformation.

The required bend radius should be considered before selecting the machine and tooling.

Pipe and Round Tube Bending

The machine can also be configured for suitable round pipes and tubes. Round tube bending is commonly used in handrails,frames,exhaust components,protective structures,and industrial tube assemblies.

Suitable bending dies help maintain the tube shape while creating the required curve. Depending on the machine design,the operator may be able to produce simple bends,continuous curves,or multiple bends along a workpiece.

The final result depends on tube diameter,wall thickness,material properties,bending radius,tooling,and machine settings.

Solid Steel Rod Bending

In addition to hollow pipes and tubes,the machine can be configured for suitable solid steel rods or bars.

Solid rod bending applications may include:

Steel frame components

Metal brackets

Decorative structures

Agricultural machinery parts

Industrial supports

Safety barriers

Custom metal products

Construction components

Solid steel rods require different forming forces from hollow tubing because the cross-sectional area is greater. Therefore,the actual solid rod capacity should be confirmed separately from the machine's tube capacity.

Appropriate tooling is important for maintaining the required bend shape and reducing surface damage.

Metal Tube Bending Technology

Tube bending can be performed using different mechanical or hydraulic forming methods depending on the machine configuration.

The bending system may use rollers,forming dies,clamps,mandrels,or other supporting components. The purpose of these components is to guide the workpiece and apply controlled forming force.

For thin-wall tubes,additional support may be required to reduce flattening,wrinkling,or kinking. For thicker tubes and solid rods,the machine must provide sufficient forming force and structural rigidity.

Customers should select the bending method according to the material,section size,and required bend geometry.

Materials That Can Be Processed

The machine can be configured for suitable metal pipes,tubes,and rods. Common materials may include:

Carbon steel

Mild steel

Stainless steel

Alloy steel

Aluminum

Other suitable metal profiles

Different materials have different mechanical properties and therefore require different forming conditions.

Stainless steel,for example,may require different tooling and forming parameters from mild steel. Aluminum tubing may also require special consideration because of its lower hardness and different deformation characteristics.

Material specifications should be provided before selecting the machine.

Construction and Structural Applications

Pipe and square tube bending machines are widely applicable to construction-related fabrication.

Potential applications include:

Steel frames

Handrails

Guardrails

Safety barriers

Gates and fences

Structural supports

Building components

Agricultural structures

Equipment frames

Architectural metalwork

Bent tubes and rods can reduce the need for multiple welded joints in some fabricated structures. This can simplify certain production processes while creating smooth curved components.

The final structural design should always follow the applicable engineering and safety requirements.

Furniture and Decorative Metalwork

Tube bending is also useful for furniture and decorative metal products.

Suitable applications include metal chairs,tables,bed frames,display racks,decorative railings,and architectural structures.

Square and round tubes can be bent into smooth curves for modern furniture and custom products. Solid steel rods can also be formed into decorative patterns or structural elements.

For products requiring visible surface quality,the tooling should be properly maintained to reduce scratches,marks,and excessive deformation.

Automotive and Machinery Applications

The machine can also support suitable automotive and machinery fabrication projects.

Potential applications include vehicle frames,protective bars,machinery guards,equipment frames,pipe assemblies,and custom brackets.

For automotive applications,the required bending radius and dimensional accuracy should be established before production. Different materials and tube wall thicknesses may require different tooling configurations.

Production Efficiency

A dedicated pipe and tube bender can improve workflow for manufacturers that regularly process similar workpieces.

Once the appropriate tooling and bending parameters are established,the operator can repeat the same bending operation across multiple pieces.

Production efficiency depends on tube size,bending radius,number of bends,loading method,machine configuration,and operator workflow.

For high-volume production,customers should evaluate complete cycle time,including workpiece loading,positioning,bending,unloading,and inspection.

Bending Accuracy and Quality Control

Bending accuracy is influenced by machine rigidity,tooling condition,workpiece positioning,material properties,and forming parameters.

For repeat production,the first workpiece should be measured against the required drawing. Operators should verify bend angle,radius,overall dimensions,and tube deformation.

Tooling should be inspected regularly. Worn or incorrectly aligned tooling can affect repeatability and surface quality.

For applications requiring tight tolerances,customers should provide dimensional requirements before purchasing.

Tooling and Custom Solutions

Different pipes,square tubes,and solid rods may require different dies or rollers. A single standard tool should not be assumed to process every workpiece size.

Custom tooling can be considered for specific tube diameters,bending radii,profile shapes,and production requirements.

OEM and ODM solutions may include customized bending dies,rollers,fixtures,mandrels,workpiece supports,and control systems.

Customers should provide drawings,samples,material information,and required bend dimensions for tooling evaluation.

Maintenance and Safety

Regular maintenance helps maintain stable bending performance. Operators should inspect dies,rollers,clamps,shafts,bearings,drive components,and electrical or hydraulic systems according to the manufacturer's recommendations.

The bending area should remain clear during operation. Operators should keep hands away from moving components and maintain a safe distance from the workpiece during forming.

Guards,emergency stops,and other protective features depend on the specific machine configuration and applicable local requirements.

OEM and Custom Metal Bending Solutions

Different manufacturers have different requirements for pipe diameters,tube shapes,rod sizes,bending angles,and production volumes.

The machine can be configured according to the intended application. Customers can provide tube OD,wall thickness,solid rod diameter,material,bending radius,bending angle,and production volume.

For specialized applications,OEM and ODM options can help create a tube bending solution matched to the customer's production process.

Why Choose Us

Multi-Profile Bending – Designed for suitable pipes,square tubes,round tubes,and solid steel rods.

Flexible Metal Fabrication – Suitable for construction,furniture,automotive,machinery,and general fabrication.

Square Tube Processing – Supports suitable square tube bending with application-specific tooling.

Solid Rod Bending – Can be configured for appropriate solid steel rod and bar bending applications.

Multiple Material Options – Suitable configurations can be selected for steel,stainless steel,aluminum,and other metal profiles.

Custom Tooling – Bending dies,rollers,fixtures,and supports can be selected according to workpiece requirements.

Production Efficiency – Repeatable bending processes can help reduce manual forming and improve workshop workflow.

OEM & ODM Support – Machine configuration and tooling can be adapted to specific pipe,tube,and rod bending requirements.

FAQs

1. What materials can this pipe bending machine process?

Depending on the machine configuration,it can process suitable carbon steel,mild steel,stainless steel,alloy steel,aluminum,and other compatible metal profiles.

2. Can it bend square tubes?

Yes. With suitable square tube bending tooling,the machine can process appropriately sized square steel and metal tubes.

3. Can it bend round pipes?

Yes. Suitable round pipes and tubes can be bent when their dimensions and material properties are within the machine's rated range.

4. Can it bend solid steel rods?

Yes,if the machine is configured and rated for the required solid rod diameter. Solid rod capacity should be confirmed separately from hollow tube capacity.

5. What is the difference between pipe and tube bending?

Pipe and tube dimensions,wall thicknesses,and applications can differ. The machine and tooling should be selected according to the actual workpiece dimensions and required bend geometry.

6. Can square and round tubes use the same tooling?

Not necessarily. Different profiles and dimensions may require different dies,rollers,or fixtures.

7. What affects bending quality?

Material,section size,wall thickness,bending radius,tooling,machine rigidity,workpiece positioning,and forming parameters can all affect the final result.

8. Can it be used for construction?

Yes. Suitable applications include handrails,guardrails,gates,frames,supports,and other fabricated metal components.

9. Can it be used for furniture production?

Yes. Round and square tubes can be used for suitable chairs,tables,racks,frames,and decorative furniture components.

10. Is this machine hydraulic?

The drive method depends on the selected model. Mechanical,electric,and hydraulic configurations are available in different types of tube bending equipment.

11. Can custom tooling be supplied?

Depending on the manufacturer,custom dies,rollers,fixtures,mandrels,and workpiece supports can be developed for specific applications.

12. What information should I provide before purchasing?

Provide the material,pipe or tube shape,outer dimensions,wall thickness,solid rod diameter,bending radius,bending angle,required shape,production volume,and drawings or samples if available.

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