ZhongTuo Perforated Cable Tray Roll Forming Production Line for Steel with Automatic High Efficiency and Precision 6-10 m/minute

How Wire Mesh Cable Tray Is Made: A Complete Production Process Guide

Wire mesh cable tray is a common cable management product used in data centers, telecom projects, and industrial facilities. Unlike enclosed trough style trays, it is made from welded wire mesh. The open structure allows good heat dissipation, easy cable fixing, and lighter weight.

To understand how wire mesh cable tray is made, you need to look at materials, forming, welding, and surface treatment.

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What Is Wire Mesh Cable Tray

Wire mesh cable tray is made from longitudinal and transverse wires welded at each intersection. The profile is U shaped, with a flat bottom and two side flanges.

How it compares to other tray types:

• Perforated cable tray: solid sheet base with punched holes. Higher load capacity, but heavier and more expensive.

• Ladder cable tray: two side rails with rungs between. Suited for long spans and heavy cables.

• Wire mesh cable tray: lightweight, simple structure, flexible installation. Particularly popular in data centers where cable routing changes often.

Common materials:

• Q235B carbon steel

• Stainless steel SS304 or SS316

• Galvanized steel wire

Wire diameter: typically 3 to 8mm, with 4mm or 5mm most common.

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Applications – What Products This Machine Can Produce

This equipment is designed for wire mesh cable tray production, covering these specifications:

• Profile sizes: 100×50mm up to 800×100mm

• Material thickness: 1.0 to 1.2mm (Q235B cold rolled strip, hot rolled strip, galvanized sheet)

• Coil width: 200 to 1050mm

• Typical application settings: data center cabling, telecom projects, cable routing in industrial facilities

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Key Machine Parameters for Production

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Wire Mesh Cable Tray Production Process

A cable tray production line uses a continuous roll forming process to manufacture Wire Mesh Cable Tray. The complete production flow is as follows:

Active unloading → leveling → servo feeding → punching machine (punching + cutting) → conveying platform → forming → discharging

The whole process starts with coil uncoiling, then goes through leveling, servo feeding, in line punching and shearing, conveying, roll forming, and finished product discharge all in one pass.

This cable tray roll forming machine integrates multiple operations that were traditionally done on separate machines. There is no need to move semi finished products between stations or do a second setup.

Punching and cutting happen at the same station. Parts come out at finished dimensions, with no secondary processing required.

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Manual Production vs Automated Production

Wire Mesh Cable Tray can be made in different ways.

Manual or semi automatic production: Each step, including wire preparation, welding, forming, and cutting, is done at separate stations. Workers handle material transfer between operations.

Automated production with a cable tray production line: All steps from coil uncoiling to finished tray discharge are integrated into one continuous line.

Key differences:

• Production efficiency is much higher with automated continuous production

• Labor cost is significantly lower because fewer operators are needed

• Product consistency is better due to stable machine precision

• Production capacity is higher since the line can run continuously for longer periods

As order volume grows, moving from manual or semi automatic methods to a cable tray roll forming machine is a natural step for manufacturers.

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Advantages – Why Automation Matters

Compared to traditional multi machine setups, this tray forming machine delivers real value in several ways:

Continuous production reduces handling

Uncoiling, leveling, feeding, punching, cutting, and forming all happen on one piece of equipment. No moving semi finished parts between punch presses, shears, and bending machines. Less waiting time, less handling labor, and less floor space for work in process.

Integrated punching and cutting eliminates secondary operations

Punching and cutting are done at the same station. Parts exit the forming machine at finished dimensions, with no second positioning or setup required.

Servo feeding reduces material waste

The servo driven feed system controls material length precisely. Better feed accuracy means less scrap at the head and tail of each part, improving material utilization.

PLC control reduces labor dependence

The whole cable tray production line is controlled by a PLC system. Operators monitor and adjust parameters through a touchscreen, without needing dedicated staff at each individual operation.

Consistent precision lowers reject rates

Length and width tolerance of ±1.5mm and angle tolerance of 90° ±2° ensure consistent part dimensions. Tighter tolerances mean less rework and fewer rejects, reducing quality related costs.

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Final Thoughts

Making Wire Mesh Cable Tray involves multiple steps: material selection, mesh forming, tray shaping, cutting, and surface treatment. For small volumes, manual or semi automatic methods can work. When production volume increases, a cable tray roll forming machine integrates all these steps into one continuous process, improving efficiency, lowering cost, and ensuring consistent quality.

Understanding the production process is the foundation for evaluating equipment choices and investment decisions.