Ironworker Mini Hydraulic Iron Worker Machine Punching Shearing Angle Cutting Machine

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).

Mini Hydraulic Ironworker Machine

The Mini Hydraulic Ironworker Machine is a compact multi-function metal fabrication machine designed to combine several common fabrication operations in one practical unit. By integrating punching, shearing, and angle cutting functions, this hydraulic ironworker can help workshops and manufacturers process metal components without requiring separate machines for every operation.

Ironworker machines are widely used in general metal fabrication, structural steel production, agricultural machinery, construction, maintenance workshops, equipment manufacturing, and custom metalworking. The mini hydraulic design is particularly useful for workshops that need versatile processing capability while maintaining a relatively compact machine footprint.

Depending on the configuration, an ironworker can perform operations such as metal punching, flat bar shearing, angle cutting, and other basic metal fabrication tasks. Different tooling stations can be selected according to the material, thickness, profile dimensions, and production requirements.

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

Hydraulic Punching Function

The hydraulic punching station is designed to create holes in compatible metal materials using a punch and die system. Compared with manual drilling for repetitive hole-making operations, hydraulic punching can provide a more direct production method for suitable metal profiles and plates.

Punching tooling can be selected according to the required hole diameter, material type, thickness, and machine capacity. Common applications include holes for bolts, fasteners, structural connections, brackets, frames, and fabricated components.

Actual punching capacity depends on the complete hydraulic system, working pressure, cylinder design, punch and die configuration, material strength, and machine structure. Buyers should confirm the required punching specifications with the manufacturer before selecting a machine.

Metal Shearing

The shearing station allows suitable metal stock to be cut using a controlled shearing action. Depending on the machine configuration, the equipment may support flat bar, plate, strip, or other compatible metal sections.

Hydraulic shearing can help reduce the amount of manual cutting required in fabrication workshops. The cutting process should be matched to the material thickness, width, strength, blade configuration, and machine capacity.

Proper material positioning is important for achieving consistent cuts. A suitable work table, guide, stop, or support system can make repetitive shearing operations easier to manage.

Angle Cutting Function

Angle cutting is another important feature of a multi-function ironworker. The dedicated angle cutting station can be used to process compatible angle steel profiles for structural and fabrication applications.

Angle iron is widely used in frames, brackets, supports, machinery structures, racks, gates, agricultural equipment, and construction components. A dedicated angle cutting station provides a convenient method for processing these profiles without transferring them to a separate cutting machine.

The actual angle size and cutting capacity depend on the machine model and tooling configuration. Buyers should provide the required angle dimensions when requesting a machine quotation.

Compact Multi-Function Design

One of the main advantages of a mini ironworker is its ability to combine multiple metalworking functions into a relatively compact machine. Instead of purchasing separate punching, shearing, and angle cutting equipment, a multi-function ironworker can provide several operations within one workstation.

This configuration is particularly useful for fabrication shops handling different types of small and medium-sized jobs. Operators can switch between different stations according to the required production task.

The compact design can also be beneficial where workshop floor space is limited. Despite its smaller footprint, the machine should still be selected according to the required material dimensions, processing force, and production volume.

Applications

The mini hydraulic ironworker machine can be used in a variety of industries and fabrication environments, including:

General Metal Fabrication

Structural Steel Fabrication

Construction Component Production

Agricultural Machinery Manufacturing

Machinery Frame Fabrication

Metal Bracket Production

Rack And Support Manufacturing

Maintenance Workshops

Custom Metalworking

Steel Structure Production

Equipment Manufacturing

Hardware Fabrication

The machine is especially suitable for workshops that need multiple basic fabrication operations without investing in several dedicated machines.

Materials

Depending on the machine configuration, ironworkers can process common fabrication materials such as carbon steel, mild steel, and other compatible metal materials.

Material thickness, width, hardness, tensile strength, and profile geometry all influence the required processing force. Aluminum and other non-ferrous materials may also be possible on suitable configurations, but material compatibility should be confirmed before production.

Tooling selection is important because different materials can require different punch, die, and blade configurations.

Tooling And Workstations

A hydraulic ironworker typically relies on dedicated tooling for each processing function. Punches and dies are used for hole punching, while cutting blades and specialized tooling are used for shearing and angle processing.

Tooling condition has a direct effect on processing quality. Worn punches, dies, or blades may increase burrs and reduce cutting consistency. Regular inspection and appropriate maintenance can help extend tooling life.

Custom tooling can also be considered for specialized production requirements. Buyers should provide drawings, material specifications, hole sizes, profile dimensions, and processing requirements when requesting customized solutions.

Production Efficiency

A multi-function ironworker can simplify workshop production by allowing several operations to be performed on one machine. Operators can move between punching, shearing, and angle cutting stations without transferring the material to separate machines.

This can reduce material handling and help improve workflow organization for small-batch and medium-volume fabrication.

Actual productivity depends on the material, operation, hole quantity, cutting dimensions, operator workflow, tooling setup, and machine configuration. The machine should be selected according to the actual production requirements rather than relying only on a nominal machine model.

Quality Control

Good fabrication results depend on correct machine setup, tooling condition, material positioning, and operating procedures. Before production, operators should verify punch and die alignment, blade condition, workpiece positioning, and machine settings.

Finished components can be inspected for hole diameter, hole position, cut length, edge condition, angle profile dimensions, and burr formation.

For repetitive production, establishing standard operating procedures and inspection checkpoints can help maintain consistent results between batches.

Maintenance And Safety

Regular maintenance helps keep a hydraulic ironworker operating reliably. Operators should inspect hydraulic components, hoses, fittings, tooling, blades, punches, dies, fasteners, electrical components, and work areas according to the manufacturer's recommendations.

Hydraulic oil and other service items should be maintained according to the machine manufacturer's specified schedule.

Because punching and shearing involve significant mechanical force, operators should follow applicable safety procedures. Guards, emergency stops, electrical protection, and other safety features should be used according to the specific machine configuration and local workplace requirements.

Custom & OEM Solutions

We provide Custom & OEM solutions for buyers with specialized metal fabrication requirements. Machine configuration can be evaluated according to required punching capacity, shearing dimensions, angle profile sizes, tooling requirements, and production workflow.

Customization may include punches and dies, cutting blades, work tables, positioning accessories, tooling stations, hydraulic configurations, and other components depending on the project.

Customers can provide material type, maximum thickness, profile dimensions, hole diameter, cutting requirements, and expected production volume to help determine a suitable configuration.

Why Choose Us

Multi-Function Metal Fabrication — Punching, shearing, and angle cutting operations can be integrated into one compact hydraulic machine.

Compact Workshop Solution — The mini design is suitable for workshops requiring versatile metalworking capability with efficient use of floor space.

Hydraulic Processing — Hydraulic power provides controlled force for common metal punching and shearing applications.

Flexible Tooling — Punches, dies, blades, and other tooling can be selected according to specific fabrication requirements.

Wide Application Range — Suitable for structural steel, brackets, frames, agricultural machinery, construction components, and general metalworking.

Custom & OEM Support — Machine configurations and tooling can be developed according to material and production requirements.

Production-Focused Design — Combining multiple operations can reduce material transfer between separate machines and simplify workshop workflow.

B2B Export Service — We support international buyers with machine configuration, technical communication, packaging, and export coordination.

Frequently Asked Questions

1. What is a mini hydraulic ironworker machine?

A mini hydraulic ironworker is a compact multi-function metal fabrication machine designed to perform operations such as punching, shearing, and angle cutting.

2. What operations can an ironworker machine perform?

Depending on the configuration, it can perform metal punching, flat bar or plate shearing, angle cutting, and other compatible fabrication operations.

3. What materials can it process?

Common applications include carbon steel and mild steel. Other materials may be possible depending on the machine configuration, tooling, and material properties.

4. Can the machine punch holes in steel?

Yes. Hydraulic punching is one of the primary functions of an ironworker machine. Actual punching capacity depends on the hydraulic system, tooling, and material specifications.

5. Can it cut angle iron?

Yes. The angle cutting station is designed for processing compatible angle steel profiles. The allowable angle dimensions depend on the specific machine configuration.

6. Is this machine suitable for small workshops?

The compact multi-function design can be suitable for small and general fabrication workshops that need several basic metalworking operations in one machine.

7. Can the punching tooling be customized?

Yes. Punches and dies can be customized or selected according to hole diameter, material thickness, material strength, and production requirements.

8. Can the machine shear metal plate?

Depending on the model, the shearing station can process compatible flat stock or plate materials. The exact capacity should be confirmed according to the machine specification.

9. What determines the punching capacity?

Punching capacity depends on hydraulic pressure, cylinder force, machine structure, punch and die dimensions, material strength, and material thickness.

10. Can one machine perform several operations?

Yes. The main purpose of a multi-function ironworker is to combine several fabrication operations in one machine.

11. Can you provide OEM customization?

Yes. Custom & OEM solutions can include tooling, punches, dies, blades, work tables, positioning components, and other machine configurations.

12. What information should I provide for a quotation?

Provide the material type, maximum thickness, required hole diameter, angle steel dimensions, shearing dimensions, production volume, and any special tooling requirements. This information helps determine the appropriate configuration.

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