METALIGN Cable Tray Roll Forming Machine With Sheet Fed Entry Adjustable Width

Adjustable Width Cable Tray Roll Forming Machine with Sheet-fed Entry

These introductions refer only to the production line and configuration shown in the main image. Each machine is custom-built. Metalign welcomes your inquiry and provides the right production line—forming metal into profiles aligned to your needs.

1. Production Line Overview

• This cable tray roll forming line targets electrical infrastructure suppliers and cable management system manufacturers. It offers a simplified process for users preferring pre-cut, pre-punched flat sheets, ensuring fast setup and flexible width adjustment.

2. Profile Description

• This profile is made from galvanized or mild steel sheets, thickness 1.0–2.0mm, pre-punched and pre-cut. It has a U- or C-shaped cross-section with side flanges, commonly used in structured cable support and wiring systems for electrical and telecom industries.

3. Production Process

• Electric Feeding Platform → Roll Former → Out Table

• Pre-punched and pre-cut galvanized sheets are fed via an adjustable electric transmission table. The roll former shapes the profile with 18 stations and gearbox-driven shafts. Output is collected on a horizontal table. The setup allows fast changes in width and low labor dependency.

4. Technical Parameters

5. Key Focus

• Sheet-fed system eliminates online punching and cutting.
• Adjustable electric feeding platform adapts to multiple tray widths.
• Gearbox drive with universal joint ensures high precision and durability.
• 18 forming stations allow smooth shaping of various cable tray sizes.
• Efficient for clients preferring external punching solutions.

6. Production Line Components

7. Customization Options

• We can customize the feeding table width adjustment system for different sheet sizes or add motorized memory positioning for frequently used widths. The roll former can be built to accommodate specific tray heights, flange styles, or profile transitions. The number of forming stations can be adjusted to support heavier-duty or thicker materials.