CNC Full Automatic Angle Steel Punching Hole Machine Angle Steel End Cutting

1Touch Screen settings, CNC control system, precise servo motor positioning, module storage memory function.
2. Structure: Steel plate welded structure
3. Mould replacement: change the dies easily without adjusting the dies to reduce mould damage rate , Skilled workers can change the mould within 10 minutes.
4. Punching Category: (1).single hole punching; (2).double hole punching; (3).Isometric hole punching; (4). none- Isometric hole punching,(5) rotary punching(only for round pipe).(6) punch from upward side and horizontal two sides
5. Hydraulic ,pnaumatic and Servo System.
6. Step-less operation adjustment, hydraulic loops designed with zero load, combined with extremely low frequency oil pump motor, effectively reduced noise, increased motor efficiency and service duration.
7. double punching heads machine can punch hole with two hydraulic cylinders, or only one cylinder punch separately
 
The CNC Full Automatic Angle Steel Punching Hole Machine Angle Steel End Cutting system is an industrial CNC solution designed for efficient processing of angle steel, angle iron, and structural steel profiles. It combines automatic material feeding, positioning, hole punching, and end cutting functions into an integrated production process, helping steel fabrication companies improve productivity, processing consistency, and overall production efficiency.

Angle steel is widely used in steel structures, transmission towers, construction frames, bridges, industrial equipment, shelving systems, and other fabricated steel products. Conventional manual marking, drilling, and cutting processes can require significant labor and may result in positioning variations. A CNC automatic angle steel processing machine provides a more controlled approach by coordinating material positioning and processing according to programmed requirements.

Model		8TA	8TB	15TA	15TB	20TA	20TB
Feed length		3000	6000	3000	6000	3000	6000
Nominal force		80kn		150kn		250kn
Stroke		100mm		120mm		150mm
Motor power		4kw		5.5kw		7.5kw
Punching capacity(metal thickness)		≤2mm		≤3mm		≤5mm
Fit to material		Fiberglass Carbon steel, stainless , copper, aluminum, iron, and so on
Fit to shape		Round, square, rectangle ,oval, angle steel
Tube and hole size		Moulds can be customized as different requirement Depend on tube material and thickness, also hole size,
Punching hole accuracy		0.01mm
Feed accuracy		0.1mm
Color		white , or customized
Feed way		Slideway and servo motor
Control way		PLC, 10 inch Touch Screen
Clamping way		Pneumatic(air compressor is with machine)
programs stored		200 sets, each program store different processing message
Operation language		Chinese and English, or customized
Voltage		220V,380V,415V,440v, customized as requirement
Cutting method(option )		Saw blade ,or hydraulic punch cutting
MeasureMeasure	Machine head	1500x100x1700mm
	Feed frame	3500x600x12500mm(single,3m feed) 3500x900x12500mm(double,3m feed) 6500x600x12500mm(single,6m feed) 6500x900x12500mm(double,6m feed)

CNC Automatic Angle Steel Processing

The machine uses a CNC control system to coordinate the major processing operations. Depending on the configuration, operators can input or transfer processing data such as hole positions, hole patterns, cutting requirements, and workpiece dimensions.

Once the production parameters are set, the machine can automatically perform the programmed processing cycle. This reduces repetitive manual measuring and marking operations and helps maintain consistent hole locations from one workpiece to another.

Automatic Angle Steel Feeding

Automatic feeding is an important feature for continuous angle steel production. The feeding mechanism transfers the angle steel profile toward the processing station while helping maintain a stable material position.

Depending on the machine configuration, feeding equipment may include material racks, rollers, clamps, positioning mechanisms, and automatic transfer components. These systems can be adjusted according to angle steel dimensions, weight, and production requirements.

Precision Hole Punching

The Angle Steel Hole Punching Machine is designed to create holes at specified positions along the angle steel profile. CNC-controlled positioning helps coordinate the movement of the workpiece and punching mechanism.

Accurate hole placement is particularly important for structural steel components because the finished holes may be used for bolts, fasteners, connection plates, tower assembly, or other structural connections. Proper tooling selection should be based on the steel grade, thickness, hole size, and production requirements.

Angle Steel End Cutting

In addition to punching holes, the machine can perform end cutting on compatible angle steel profiles. End cutting allows the workpiece length or end shape to be prepared according to the production drawing.

The cutting function can be coordinated with CNC positioning so that the required processing location is established before cutting. This can reduce separate cutting operations and simplify the overall angle steel fabrication workflow.

Integrated Punching And Cutting

Combining punching and end cutting in one production line can reduce the need for repeated material handling between different machines. After feeding and positioning, the angle steel can pass through the required processing stations according to the programmed sequence.

This integrated approach is useful for manufacturers that process large quantities of structural angle steel and want to streamline material flow between marking, punching, cutting, and subsequent fabrication operations.

Suitable For Structural Steel Fabrication

Angle steel is commonly used in structural steel manufacturing because of its simple profile, strength, and versatility. It can be fabricated into frames, supports, towers, brackets, trusses, and other components.

The CNC angle steel processing machine can support suitable structural steel fabrication applications where automatic hole positioning and end cutting are required. Final compatibility depends on the workpiece dimensions, material properties, tooling, and machine configuration.

CNC Hole Pattern Control

Different steel structures may require different hole quantities, spacing, and patterns. CNC programming makes it possible to process multiple hole positions according to the selected production data.

For repeated workpieces, stored processing programs can help reduce setup time and improve production consistency. This is particularly useful for standardized structural components and batch manufacturing.

Reduced Manual Marking

Traditional angle steel processing may require workers to measure and mark each hole position before drilling or punching. For high-volume production, this process can consume considerable time.

Automatic CNC positioning can reduce the amount of manual marking required by using programmed coordinates and processing parameters. Operators can spend more time on material preparation, machine monitoring, quality inspection, and production management.

Stable Material Positioning

Stable positioning is essential for accurate punching and cutting. The machine can use suitable clamping and positioning mechanisms to help prevent unnecessary movement of the angle steel during processing.

For long steel profiles, appropriate support and feeding arrangements can help maintain stable material movement. Machine configuration should be selected according to the length, cross-sectional dimensions, and weight of the angle steel.

High Production Efficiency

The automatic workflow is designed for continuous production. Feeding, positioning, punching, and end cutting can be coordinated to reduce unnecessary handling and processing interruptions.

For steel fabrication plants producing structural components in batches, automation can improve workflow efficiency and help create a more predictable production cycle.

Flexible Tooling

Different angle steel specifications and hole sizes may require different punching tools, dies, clamps, and cutting components. The machine can be equipped with suitable tooling according to the customer's production requirements.

Before ordering, customers should provide angle steel dimensions, material thickness, hole diameter, hole pattern, cutting requirements, and production volume so that the appropriate tooling configuration can be evaluated.

Applications In Transmission Towers

Angle steel is commonly processed into components used in electrical transmission and communication tower structures. Such applications may involve repeated hole patterns and precise connection locations.

An automatic CNC punching and cutting system can help streamline the processing of compatible angle steel components used for tower fabrication.

Construction And Steel Structures

The machine is also suitable for various structural steel fabrication applications, including construction frames, supports, brackets, trusses, industrial structures, and prefabricated steel components.

Automated processing can help manufacturers maintain consistent hole locations and workpiece dimensions across production batches.

Easy CNC Operation

The CNC control interface allows operators to manage programmed processing parameters and monitor machine operation. Once the appropriate tooling and production data are prepared, the machine can perform repeated processing cycles with reduced manual intervention.

Operator training and machine setup should be carried out according to the manufacturer's operating instructions and the specific machine configuration.

Factory Production Solution

For steel fabrication factories, tower manufacturers, structural steel suppliers, and OEM production facilities, the machine provides an integrated solution for angle steel punching and end cutting.

The system can be configured according to production volume, angle steel specifications, processing requirements, automation level, and available factory space.

Customized Angle Steel Processing

Different customers may have different angle steel profiles, hole patterns, cutting shapes, and production processes. Customized tooling and machine configuration can therefore be important.

Customers can provide technical drawings, angle steel samples, dimensions, material specifications, hole patterns, and required output so that the appropriate CNC processing solution can be discussed.

Key Features
Full Automatic CNC Operation
Automatic Angle Steel Feeding
CNC Hole Positioning
High Precision Hole Punching
Angle Steel End Cutting
Integrated Punching And Cutting
Programmable Hole Patterns
Stable Material Clamping
Reduced Manual Marking
High Production Efficiency
Customized Punching Tooling
Factory B2B Production Solution
Main Applications
Structural Steel Fabrication
Transmission Tower Manufacturing
Communication Tower Production
Steel Construction Components
Angle Iron Processing
Steel Frame Manufacturing
Industrial Structure Fabrication
Steel Brackets
Steel Trusses
Support Structures
OEM Steel Components
Metal Fabrication Production
FAQs
1. What Is A CNC Full Automatic Angle Steel Punching Machine?

It is an automated CNC machine designed to feed, position, punch holes, and perform end cutting on compatible angle steel and angle iron profiles.

2. Can The Machine Punch Holes And Cut Angle Steel?

Yes. The machine integrates angle steel hole punching with end cutting functions, depending on the selected machine configuration and tooling.

3. Is The Feeding System Automatic?

The machine can be equipped with an automatic feeding and positioning system to transfer angle steel into the processing station with reduced manual handling.

4. What Types Of Angle Steel Can Be Processed?

Compatible angle steel dimensions and material thickness depend on the machine model. Customers should provide the L-profile dimensions and material specifications before selecting a machine.

5. Can It Process Different Hole Patterns?

Yes. CNC programming can support different hole positions and patterns within the machine's processing range.

6. Can The Machine Perform End Cutting?

Yes. An integrated end-cutting function can prepare the angle steel according to programmed cutting requirements and the selected tooling configuration.

7. Is Special Tooling Required?

Different hole sizes, material thicknesses, angle profiles, and cutting requirements may require specific punches, dies, clamps, or cutting tools.

8. What Industries Use This Machine?

Typical applications include structural steel fabrication, transmission tower manufacturing, communication tower production, construction steel processing, and general metal fabrication.

9. Can The Machine Be Customized?

Yes. Feeding systems, punching tooling, clamping components, control functions, and other configurations can be adapted according to customer requirements.

10. What Information Is Needed For Machine Selection?

Customers should provide angle steel dimensions, material grade and thickness, hole diameter, hole spacing, hole patterns, end-cutting requirements, workpiece length, and expected production volume.

Why Choose Us
Professional Angle Steel Processing Equipment

We provide industrial CNC machinery for angle steel punching, hole processing, cutting, and structural steel fabrication applications. Equipment can be selected according to the customer's production requirements.

Automatic Production Configuration

Automatic feeding, positioning, punching, and cutting functions help reduce repetitive manual operations and create a more streamlined production workflow.

Customized Tooling Support

Angle steel products can vary significantly in profile, thickness, hole size, and processing pattern. We can evaluate suitable punches, dies, clamps, feeding components, and cutting tooling based on customer specifications.

Drawing And Sample-Based Evaluation

Customers can provide CAD drawings, angle steel samples, hole patterns, material specifications, and production information. These details help determine the appropriate machine configuration and tooling.

Factory Direct B2B Supply

We support international steel fabrication companies, structural steel manufacturers, tower manufacturers, distributors, and OEM customers with machine configuration, technical communication, export packaging, and after-sales support.

Production-Oriented Solutions

Our goal is to provide practical machinery configurations for continuous industrial production. Machine selection can be based on workpiece dimensions, processing requirements, automation level, and expected production volume.

International Export Support

We provide technical documentation, operating guidance, machine commissioning support, spare parts assistance, packaging, and international shipping coordination for overseas customers.

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