How to Cut and Bend Welded Wire Mesh in Industrial Production

Cutting and bending welded wire mesh are essential steps in industrial manufacturing.
These processes turn flat mesh into finished panels, reinforcement shapes, and fence products.

In factories, cutting and bending are done using machines, not manual tools.
This ensures accuracy, speed, and consistent quality.

Why Cutting and Bending Matter in Mesh Production

After welding, wire mesh is produced in large panels or continuous sheets.
To meet customer requirements, the mesh must be:

Cut to exact dimensions

Bent to specific angles or shapes

Prepared for installation or assembly

Incorrect cutting or bending leads to waste, poor fit, and higher costs.

How Welded Wire Mesh Is Cut in Factories

1. Automatic Cutting During Welding

Most modern mesh welding machines include a pulling and cutting system.

How it works:

Mesh is welded continuously

The pulling system moves the mesh forward

The PLC controls cutting length

The cutter cuts panels automatically

This method ensures:

Accurate panel length

Clean cutting edges

High production efficiency

It is the most common solution for large-scale production.

2. Secondary Cutting After Welding

For special sizes, mesh may be cut after welding using:

Hydraulic shears

CNC mesh cutting machines

This method is used when:

Multiple panel sizes are required

Small batches are produced

Custom orders are needed

How Welded Wire Mesh Is Bent in Industrial Production

1. Bending with Mesh Bending Machines

Mesh bending machines are used to bend panels accurately and repeatedly.

Common bending types include:

Edge bending

Angle bending

Multi-angle bending

This process is widely used for:

3D fence panels

Reinforcement mesh

Safety barriers

2. Inline Bending for Fence Production

In fence production lines, bending can be integrated directly after welding.

For example:

3D fence mesh welding machines

Fence mesh lines with bending units

This setup reduces handling and improves efficiency.

Key Factors for Accurate Cutting and Bending

To achieve stable quality, factories must control:

Mesh flatness

Welding strength

Cutting blade condition

Bending pressure and angle

Machine synchronization

Automatic control systems help maintain consistency across large volumes.

Manual vs Machine Processing

Manual cutting and bending:

Low efficiency

High labor cost

Inconsistent results

Machine processing:

High accuracy

Stable output

Lower cost per unit

That is why industrial producers rely on automated equipment.

Typical Products Made by Cutting and Bending Mesh

Industrial cutting and bending are used to produce:

Construction reinforcement panels

3D welded fence panels

Anti-climb security mesh

Industrial partitions and guards

Each product requires precise dimensions and repeatable bending angles.

Why Integrated Production Lines Are Preferred

Integrated systems combine:

Mesh welding

Automatic cutting

Bending units

Benefits include:

Fewer workers

Shorter production time

Better product consistency

This approach is standard in modern welded mesh factories.

Summary

In industrial production, welded wire mesh is cut and bent using automatic machines, not manual tools.
Accurate cutting and bending ensure product quality, reduce waste, and improve efficiency.

For stable, large-scale output, manufacturers depend on mesh welding machines with integrated cutting and bending systems.