The Same Tracking Power Trusted by Pipe Fabricators—Now for Sheet Metal Fabrication

For years, dual-trade mechanical contractors have operated under a digital divide. While piping shops enjoyed advanced, data-rich machine automation and tracking tools, the sheet metal fabrication (“dry side”) shop was often relegated to siloed nesting software and disconnected tracking processes. This forced VDC departments and shop foremen to manage bloated tech stacks, conflicting workflows, and fragmented data pools.

Recognizing this frustration, PypeServer evolved its proven mechanical piping platform into a unified MEP prefabrication ecosystem. Developed in direct response to partners needing a singular, cohesive solution for both wet and dry side operations, PypeServer Cloud+ brings heavy-duty fabrication tracking, scheduling, and accountability to the sheet metal workflow without forcing shops to reinvent the wheel.

Direct Model Extraction: Eliminating the Autodesk Publishing Bottleneck

One of the biggest friction points in sheet metal detailing is the time lost waiting on traditional model publishing cycles. PypeServer obliterates this bottleneck through deeply integrated plugins for Autodesk Revit, Fabrication CADmep, and Plant 3D.

Instead of exporting massive files or waiting hours for standard Autodesk publishing routines, VDC contributors can select specific duct runs, assemblies, or spools and push them instantly. The platform securely extracts the MAJ data directly from the design model. Detailers are given total flexibility in how this data is handled:

• Local or Cloud Availability: MAJ files can be automatically saved to a local network share to match legacy shop workflows, simultaneously uploaded to the PypeServer Cloud+ ecosystem, or both.
• Granular Control: Files can be split cleanly by individual spool or grouped by full model selections.
• Coil Line Optimization: Detailers can choose to disable dynamic holes before export, separating taps so that a higher volume of straight duct routes directly to the coil line, leaving only complex fittings for the two-dimensional plasma or laser nesting tables.

Best of all? PypeServer doesn’t charge for VDC contributors or read-only users, allowing detailing teams to push data freely without escalating tech stack costs.

PypeServer extracts fabrication-ready MAJ data directly from the design model. Direct plug-ins for Autodesk Revit, Fabrication CADmep, and Plant 3D support a model-to-machine workflow for sheet metal fabrication.

Frictionless CAMduct & QR Code Machine Integration

A common headache when adopting new fabrication management software is the disruption of established machine workflows. PypeServer resolves this by integrating directly with your existing shop ecosystem rather than trying to override it.

While flat, two-dimensional plasma tables and laser cutters continue to run on CAMduct’s native nesting engines, PypeServer bridges the communication gap during data extraction. When the MAJ data is pulled from the model, PypeServer automatically injects proprietary Cloud+ specific item codes into the fabrication data.

[Design Model] ──(Direct MAJ Export + Item Code Injection)──> [CAMduct Nesting] ──> [Printed Label w/ QR Code]

When CAMduct processes the nest and prints out standard shop floor labels, these injected item codes seamlessly generate as QR codes. This creates an unbreakable digital thread from the exact component in Revit to the physical piece of metal cut on the shop floor —with zero extra clicks or additional steps required by the shop technicians.

Shop Floor Accountability: Downstream Statusing and Logistics

Once those QR codes are printed, the sheet metal shop unlocks full visibility through customizable milestones (e.g., “Ready to Fabricate,” “Cut,” “Assembled,” or “Shipped”).

Foremen can manage production schedules using dynamic Kanban boards and Gantt charts. By utilizing the PypeServer mobile app, shop workers or logistics teams can scan the label QR codes to quickly update statuses or virtually pack items into “Containers” (shipping boxes or truck beds).

This ensures absolute accountability. If the field claims a duct run never arrived, a quick glance at the cloud dashboard confirms exactly who scanned the container, what was inside it, and precisely what time it arrived on-site.

PypeServer creates a direct digital thread from Revit to the shop floor by automatically generating QR-coded fabrication labels through CAMduct. Teams can track every component through fabrication, assembly, shipping, and delivery using mobile scanning, Kanban boards, and real-time dashboards—providing complete visibility and accountability from production to installation.

Ready for Immediate Deployment

Transitioning a shop to a dual-trade tracking platform might sound daunting, but PypeServer is built for rapid implementation. Because it avoids complex server overhauls and operates on an independent, proprietary 3D viewer, a typical setup takes just 90 minutes—split evenly between VDC configuration and shop-floor training.

By unifying wet and dry trades under one software deployment, mechanical contractors can finally cut tech stack clutter, eliminate duplicate data entry, and bring true manufacturing-level predictability to the entire sheet metal workflow. See how one platform can connect your design, fabrication, and field teams for both piping and sheet metal. Schedule your PypeServer demo today!