VICON FULL COIL LINE

Complete Coil Processing Automation for HVAC Duct Fabrication

The Vicon Full Coil Line is a fully integrated duct fabrication system engineered to maximize productivity, reduce labor, and deliver consistent, high-quality duct production. Designed around Vicon's industry-leading coil handling, processing, rollforming, and automation technologies, the Full Coil Line transforms raw coil stock into finished duct components with exceptional speed and accuracy.

Featuring patented coil processing innovations, advanced material handling systems, and Vicon Fabrication Software, the Full Coil Line provides fabricators with a complete solution for high-volume duct production. From coil loading and straightening to notching, beading, shearing, rollforming, insulation application, and automated duct assembly, every stage is designed to improve workflow efficiency while reducing material waste and downtime.

Powered by software developed and supported by Vicon's in-house engineering team, operators benefit from intuitive controls, customizable production standards, advanced automation, and seamless machine integration. Designed, engineered, manufactured, and supported in the USA, the Vicon Full Coil Line delivers the performance, reliability, and innovation HVAC fabricators depend on every day.

Key Features

Automatic Seam Forming

Automatic Seam Forming

Automatically forms precision Pittsburgh and Snaplock seams for fast, consistent production.

Independent Rollforming

Independent Rollforming

Eliminates duct twist and tapered edges for accurate, square duct formation.

Accessible Design

Accessible Design

Open-top design improves material flow and reduces jams for uninterrupted production.

Quick Changeovers

Quick Changeovers

Available with one to six coil stations to support a variety of production requirements.

Vicon Full Coil Line Demonstration

See how the Vicon Full Coil Line automates the complete duct fabrication process, delivering high-speed production, consistent quality, and seamless machine integration.