Pat O’Neill
Pat O’Neill
Regional Sales Executive of Americas/National Product Manager
Born and raised in the southern suburbs of Chicago, graduated from Illinois State University where I also played rugby, moved to Milwaukee in 1991 and continued to play rugby for another 8 years. Married for over 30 years to my wife Lezli we have 2 sons and we love Wisconsin, Milwaukee and the Brewers.
related Articles
Staged Coil-Fed Line Upgrades for Charlotte Roofing Manufacturers: How Stefa Systems Reduce Setup Time and Material Handling Risk
A practical guide for Charlotte roofing and sheet metal teams on using Stefa coil-fed systems in phased upgrades to improve flow, safety, and setup time.When a Long Folder Outperforms a Press Brake: Where Erbend Fits in High-Mix Roofing and Architectural Lines
Roofing and architectural sheet metal teams running long panels often discover their bottleneck is handling, not tonnage. Here is how Erbend long-sheet folders compare to press brakes in coil-fed and high-mix production, and how to decide which fits your workflow.From Coil to Fiber Laser: What Eastern Roofing and Sheet Metal Shops Should Evaluate Before Replacing Sheet-Fed Tables
For roofing and architectural sheet metal shops already running coil-fed lines, moving from a sheet-fed fiber laser table to a coil-to-laser system changes more than just loading method. Here is what managers across the eastern U.S. and southern Wisconsin should evaluate before making the shift.Panel Benders vs. Long Folders in Coil-Fed Lines: What Eastern U.S. Shops Should Evaluate in 2026
Roofing and architectural sheet metal teams across the eastern U.S. are reassessing folding capacity as labor stays tight and schedules compress. This practical comparison of panel benders and servo-driven long folders focuses on throughput, handling time, material flow, layout, and staged ROI decisions for 2026.When a Long Folder Outperforms a Press Brake: Evaluating Erbend Systems for Coil-Fed Roofing and Façade Lines
In coil-fed roofing and architectural sheet metal lines across the eastern U.S. and southern Wisconsin, bending often becomes the real bottleneck. This article evaluates when Erbend long folders, including the MFB and MFC series, deliver workflow advantages over traditional press brake cells.From Coil to Laser: How Automated Nesting and Direct-Coil Feeding Are Reshaping Panel Line Throughput in the Eastern U.S.
Roofing and architectural sheet metal shops across the Eastern U.S. are rethinking sheet-fed lasers in favor of coil-to-laser integration. This analysis explains how automated nesting, decoiling, flattening, and fiber laser cutting change material flow, scrap patterns, labor allocation, and floor space planning.Reducing Scrap in Coil-Fed Roofing Lines: What to Evaluate in a Stefa Precision Shear Setup
Scrap in coil-fed roofing lines often starts at the shear. This article outlines a practical evaluation framework for U.S. managers running Stefa-centered lines, covering blade clearance, hold-down pressure, backgauge repeatability, and integration with decoilers and slitters to stabilize downstream forming and protect coated material.Erbend Folders in Coil-Fed Roofing Lines: Reducing Handling, Improving Safety, and Stabilizing Throughput
An operations-focused look at how Erbend folding machines fit into U.S. coil-fed roofing and architectural sheet metal lines, and where they offer practical advantages over press brakes for long panels and repetitive trim work.Where Stefa Coil Lines Fit in High-Throughput Roofing and Architectural Sheet Metal Workflows
An operations-focused analysis of how Stefa coil-fed slitting and folding systems integrate into U.S. roofing and architectural sheet metal lines to reduce handling, improve repeatability, and support labor-constrained shops.Modular Press Brake Automation for Coil-Fed and Panel Lines: Where RYTECH CORE+ Fits in a Lean Forming Strategy
How automation-ready hydraulic press brakes like the RYTECH CORE+ can be positioned inside coil-fed and panel-based workflows to reduce setup time, manage labor constraints, and support staged automation without overbuilding the cell.Where Erbend Folders Fit in Modern Coil-Fed Roofing and Architectural Sheet Metal Lines
Erbend motorized folders are increasingly evaluated in U.S. coil-fed roofing and façade lines as an alternative to press brake-based forming for long, thin-gauge panels. This analysis explains where they integrate in decoiler-to-stacker workflows, how handling and changeover differ from press brakes, and what operations managers should review before upgrading.Optimizing Coil-Fed Roofing Lines with Stefa Long Folders: Throughput, Control, and Labor Strategy in 2026
A practical analysis of how Stefa long folders fit into modern U.S. coil-fed roofing and architectural sheet metal lines, with a focus on CNC control integration, material flow, labor strategy, and staged ROI planning.












