Automated Duct Liner Cutting for HVAC Fabrication
The Vicon HVAC 510SL is a dedicated duct liner cutting system designed to eliminate the labor-intensive process of manual liner cutting. Utilizing Vicon's patented liner cutting technology, the HVAC 510SL delivers clean, dry, fast, smokeless, and highly accurate liner processing while significantly reducing material waste and operating costs.
Ideal for fabrication shops that already operate a plasma cutting system, the HVAC 510SL provides additional liner cutting capacity without interrupting metal production. Dual rack-and-pinion drives, a lightweight aluminum gantry, and traversing speeds up to 2,000 IPM deliver exceptional accuracy, repeatability, and productivity.
Powered by Vicon HVAC Cutting Software, operators benefit from advanced nesting, machine-side programming, and intuitive controls that streamline production while maximizing material utilization. Designed, engineered, manufactured, and supported in the USA, the HVAC 510SL delivers the speed, precision, and efficiency HVAC fabricators depend on every day.
Automates duct liner cutting
with a clean, dry, smokeless
process that improves
accuracy and reduces
waste.
Exclusive Vicon HVAC
Cutting Software streamlines
nesting, cutting, and
production workflows.
Adds liner cutting capacity
without tying up valuable
plasma cutting equipment.
Traversing speeds up to
2,000 IPM increase
productivity and reduce
processing time.
100% Designed, engineered, and manufactured in the USA—backed by expert technical support.
Industry-leading technical support and experienced services Teams when you need them.
Increase productivity with the optional patented Barcode Scanning System. Simply scan
the sheet metal part, and the machine automatically programs the corresponding
downsized duct liner, eliminating manual data entry and reducing sorting errors.
Streamline the flow of sheet metal and duct liner throughout your fabrication shop while
improving accuracy and efficiency. Combined with advanced true-shape nesting
technology, the system maximizes material utilization and helps minimize waste for a
more cost-effective production process.
![]()