Multi-function Punching and Shearing Machine for Angel and Channel Steel Round&long&rectangle Hole

1 Feed pipe by manual,puch different arc size fit to different pipe diameter
2 Fit to carbon steel, stainless steel , copper, aluminum,glass fiber steel and so on
3 Hole shape: round, square, rectangle, ellipse, and notch
4 Punching type. half(one wall/side), through(two side/wall).

Cutting type		QA32-8B	QA32NEW-8A	QA32-10	QA32-12	QA34NEW-14	QA34-16
Cutting Angel		75*75*8	80*80*8	100*100*10	125*125*12	135*135*12	150*150*15
Cut the channel steel		GB100#	GB100#	GB120#	GB140#	GB160#	GB180
Punching round hole		Φ22*8	Φ22*8	Φ25*10	Φ31*12	φ31*12	Φ35*15
Blunf long hole		40*17*8	40*17*8	40*18*10	40*21*12	40*21*12	70*25*15
Cutting board		120*8	200*10	240*10	330*12	330*12	330*16
Cut round steel		φ30	Φ30	Φ35	Φ40	Φ40	Φ50
Cut square steel		20*20	20*20		35*35	35*35
Cut rectangle		75*75	75*75	75*75	75*75	75*75	100*100
Cutting Angel of V		50*50	50*50	50*50	50*50	50*50	80*80
Chamfering		50*50	70*70	100*100	125*125*12	135*135	140*140

The Multi-Function Punching and Shearing Machine for Angle and Channel Steel is an industrial metal fabrication machine designed to combine punching and shearing operations in one versatile system. It is suitable for processing angle steel, channel steel, and other compatible metal profiles used in structural fabrication, electrical equipment, steel construction, tower manufacturing, and general metalworking.

Instead of using separate machines for different operations, a multi-function punching and shearing machine can consolidate several common fabrication processes into one work area. Depending on the machine configuration, functions may include hole punching, profile shearing, plate or bar cutting, and other metal processing operations.

The machine is particularly useful for manufacturers that need to produce accurately positioned holes and cut steel profiles to specified lengths. Round holes, long holes, and rectangular holes can be produced with suitable dies and tooling, while the shearing section can be used for compatible steel profiles and materials within the rated machine capacity.

Multi-Function Metal Fabrication

Angle steel and channel steel are widely used in structural frames, transmission towers, steel buildings, industrial platforms, electrical cabinets, support structures, and machinery fabrication. These materials frequently require multiple operations before assembly.

A traditional fabrication workflow may require separate equipment for punching, shearing, and cutting. A multi-function machine combines these functions into one production platform, helping reduce workpiece movement and simplify the manufacturing process.

The exact functions and capacities depend on the machine model. Customers should confirm the material type, profile dimensions, thickness, punching diameter, hole shape, and required cutting operations before selecting the appropriate configuration.

Angle Steel Punching

Angle steel is commonly used for structural components and fabricated assemblies. The punching function allows holes to be created at specified positions for bolts, fasteners, brackets, and connection components.

With suitable punching dies, the machine can process round holes as well as other hole shapes such as long or rectangular openings. The actual hole dimensions and available shapes depend on the punching tooling and machine capacity.

Accurate positioning is important for structural steel fabrication because hole locations often determine how individual components fit together during final assembly. A controlled punching system can help maintain repeatable hole positions throughout a production batch.

Channel Steel Punching

Channel steel can also require holes for bolted connections, mounting components, brackets, and structural assemblies. The machine can be configured for compatible channel steel dimensions according to its working capacity.

Proper workpiece support and positioning are essential when processing channel profiles. The operator should ensure that the workpiece is correctly aligned and securely held before punching.

For production involving multiple channel steel sizes, interchangeable tooling or adjustable positioning systems may help improve flexibility and reduce setup time.

Round, Long, and Rectangular Hole Punching

One of the important features of a multi-function punching machine is its ability to support different hole shapes when appropriate tooling is installed.

Round holes are widely used for bolts, screws, rivets, and structural connections.

Long holes can be useful where adjustable positioning or elongated fastening openings are required.

Rectangular holes can be used for specialized structural connections, mounting applications, and equipment fabrication.

The machine itself does not automatically produce every hole shape with one universal punch. The required punch and die set must be selected according to the hole shape, material thickness, and application.

Steel Shearing Function

In addition to punching, the machine incorporates a shearing function for compatible metal materials. Shearing can help manufacturers cut steel profiles or other suitable workpieces to the required length or shape.

Depending on the machine design, the shearing section may be configured for different steel processing operations. The actual cutting capacity depends on material grade, thickness, profile dimensions, tooling, and rated machine capacity.

Correct blade clearance and tooling condition are important for achieving consistent shearing results. Proper setup can help reduce deformation and improve the quality of the cut edge.

Production Efficiency

Combining multiple fabrication functions can simplify material handling. Instead of moving the same workpiece between several machines, operators can perform different operations within a centralized work area.

This can be particularly beneficial for structural steel and angle steel production, where a typical workpiece may require punching followed by shearing or cutting.

The machine can support batch production by repeating established punching and cutting procedures. Production efficiency depends on material dimensions, hole quantity, tooling changes, operator workflow, machine capacity, and automation level.

Applications

The Multi-Function Punching and Shearing Machine can be used in many industries, including:

Angle steel fabrication

Channel steel processing

Transmission tower manufacturing

Steel structure production

Electrical equipment manufacturing

Power distribution equipment

Construction steel fabrication

Industrial frame manufacturing

Machinery component production

Metal brackets and supports

Agricultural equipment fabrication

General metalworking

It is especially useful for applications requiring repeated punching and shearing of steel profiles.

Tooling and Hole Quality

Punch and die selection directly affects hole quality and tooling life. The tooling should be selected according to material grade, material thickness, hole diameter, hole shape, and production requirements.

A properly matched punch and die can help produce cleaner holes while reducing unnecessary stress on the machine. Regular inspection of punches and dies is also important because worn tooling may increase burr formation and reduce dimensional consistency.

For high-volume production, keeping replacement tooling available can help reduce downtime during routine maintenance or tool changes.

Material Compatibility

The primary applications include angle steel and channel steel, but compatible configurations may also process other carbon steel or metal profiles.

Material compatibility should always be evaluated according to machine capacity. Steel grade, yield strength, thickness, profile geometry, and required processing operation can all influence the actual punching and shearing capability.

Customers should provide detailed material specifications when requesting a machine recommendation.

Easy Production Workflow

A typical production process begins with measuring and positioning the angle or channel steel. The workpiece is then secured in the appropriate processing area. The required punch and die are selected according to the hole specification, and the machine performs the punching operation.

After punching, the workpiece can be repositioned for shearing or cutting according to the production drawing. This workflow can reduce unnecessary transportation between separate machines and help organize the fabrication process.

For larger production lines, additional feeding, positioning, measuring, or material handling systems may be integrated depending on the required automation level.

Maintenance and Safety

Regular maintenance is important for reliable operation. Operators should inspect punches, dies, shearing blades, hydraulic or mechanical components, workholding systems, lubrication points, and electrical controls according to the machine manufacturer's maintenance schedule.

The punching and shearing areas involve high mechanical forces. Operators should use appropriate guards, emergency-stop systems, safe operating procedures, and personal protective equipment according to the machine configuration and applicable workplace requirements.

Never place hands or other body parts inside the punching or shearing zone while the machine is operating. Material should be properly supported and positioned before processing.

OEM and Custom Solutions

Different structural steel manufacturers have different requirements for profile dimensions, hole patterns, hole shapes, cutting operations, and production volume.

OEM and ODM configurations can therefore be evaluated according to the customer's material specifications and production drawings. Custom tooling, positioning systems, worktables, feeding systems, and other accessories may be considered according to the machine design.

Customers are encouraged to provide drawings or samples, steel profile dimensions, material thickness, required hole sizes, hole shapes, and expected production volume when requesting a customized solution.

FAQs

1. What is a multi-function punching and shearing machine?

It is a metal fabrication machine that combines punching and shearing operations in one machine, reducing the need for separate equipment for certain production processes.

2. Can it process angle steel?

Yes. The machine is designed for compatible angle steel punching and shearing applications within its rated capacity.

3. Can it process channel steel?

Yes, suitable channel steel can be processed when its dimensions and material properties fall within the machine's specifications.

4. Can it make round holes?

Yes. Round holes can be produced using the appropriate punch and die set.

5. Can it make long holes?

Yes, long or elongated holes can be produced when the machine is equipped with suitable tooling.

6. Can it punch rectangular holes?

Yes, rectangular holes can be produced with compatible customized or standard punching tooling, depending on the machine design.

7. Can the machine punch and shear in one production process?

Yes. The machine combines multiple fabrication functions, allowing compatible workpieces to undergo punching and shearing operations without necessarily moving them to separate machines.

8. What materials can it process?

It is primarily intended for compatible steel profiles such as angle steel and channel steel. Actual material capacity depends on machine specifications and tooling.

9. How do I select the correct punch and die?

Selection depends on material type, material thickness, hole diameter or shape, production volume, and machine capacity.

10. Is the machine automatic?

Automation level depends on the model. Manual, semi-automatic, or more automated configurations may be available depending on the machine design.

11. What industries use this machine?

Common applications include steel structures, transmission towers, electrical equipment, construction, machinery fabrication, industrial frames, and general metalworking.

12. Can the machine be customized?

Yes. Machine configuration, tooling, positioning, feeding, and other functions can be evaluated according to drawings, materials, and production requirements.

Why Choose Us

Multi-Function Processing – Combines punching and shearing operations in one metal fabrication machine.

Angle & Channel Steel Applications – Designed around common structural steel profile processing requirements.

Multiple Hole Shapes – Suitable configurations can support round, long, and rectangular hole punching.

Efficient Production Workflow – Reduces unnecessary workpiece movement between separate fabrication machines.

Flexible Tooling – Punches and dies can be selected according to material thickness and required hole geometry.

Industrial B2B Applications – Suitable for structural steel, transmission towers, electrical equipment, construction, and machinery manufacturing.

Production Flexibility – Suitable for different workpiece sizes and fabrication requirements within the rated machine capacity.

OEM & ODM Support – Customized tooling and machine configurations can be evaluated according to drawings, samples, and production requirements.

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