Bridging the MEP Divide: PypeServer Unifies Wet and Dry Fabrication

FEDERAL WAY, Wash. – October 21, 2026 – For decades, the mechanical contracting industry has operated with a literal and figurative wall down the middle of the shop floor. On one side sits the "wet side," dedicated to heavy mechanical piping. On the other is the "dry side," focused on sheet metal ductwork. Historically, these two critical trades have functioned as entirely separate businesses under one roof, utilizing disparate software, distinct machine languages, and isolated workflows.

This week, the software developer PypeServer announced a significant move to tear down that wall. With the release of Cloud+ version 3.0, the company is expanding its fabrication tracking platform—long a staple for pipe and plumbing—to fully incorporate sheet metal ductwork. Set to be showcased at the SMACNA Annual Convention in Orlando, Florida, this unified platform represents a critical shift in how mechanical, electrical, and plumbing (MEP) contractors manage the lifecycle of a building's internal systems, from the initial 3D design model to final jobsite installation.

For investors and strategists watching the 2026 construction technology landscape, this is more than just a software update. It is a calculated response to the persistent labor shortages and margin pressures squeezing the Architecture, Engineering, and Construction (AEC) sector. By unifying disparate trades into a single digital thread, technology providers are shifting prefabrication from a fragmented, error-prone process into a streamlined manufacturing operation.

Breaking Down the Wall Between 'Wet' and 'Dry'

The historical divide between piping and sheet metal operations has long been a source of friction for HVAC and mechanical contractors. When detailers hand off a fabrication sheet book to a shop that cannot see the original design model, the latest approved revision and the material actually being cut frequently drift apart. Contractors doing both wet and dry work often find themselves tracking identical project information across two systems that refuse to communicate.

David Basiji, CEO of PypeServer, highlighted this operational bottleneck in the company's recent announcement. "Many HVAC contractors are running two fabrication shops under one roof. Even if they've gone to a digital workflow, the software for the wet side usually differs from the software for the dry side," Basiji said. "When both trades are on one platform, a contractor works from one record of the job, from the first cut to final installation, instead of two systems tracking the same work."

Early adopters are already signaling the operational value of this convergence. DILFO Mechanical, a contractor that previously utilized the platform to transform its piping workflows—resulting in reduced manual labor and minimized material waste—is now migrating its sheet metal operations to the same system.

"PypeServer Cloud+ for sheet metal is really groundbreaking for the mechanical trade," said Sampson Salinitri, VDC Manager at DILFO Mechanical. "They provide the same great product of shop visibility and communication between site, shop and office, along with all the metrics for your organization to make informed, data-driven decisions for sheet metal, as they historically have for piping. It is extremely convenient to now have both wet and dry mechanical working off the same platform for better collaboration and efficiency."

Industry peers echo this sentiment. One mechanical duct designer at a prominent midwestern contracting firm noted that bringing pipe and sheet metal under a single digital umbrella allowed their team to manage workflows without forcing each trade to learn entirely different software practices. For many shops, this transition replaces deeply entrenched manual spreadsheet tracking, which is notoriously vulnerable to typos and missing information.

From Design Model to Duct Cutter: Bypassing Middleman Software

To understand the market implications of Cloud+ 3.0, one must look at the mechanics of the data flow. The platform is designed to extract MAJ files directly from industry-standard design software like Revit, AutoCAD Fabrication MEP, and Plant3D. It then injects its own proprietary item codes into the data stream so that fabrication can be tracked in the cloud, before importing the files into CAMduct for nesting and cutting.

However, the most compelling technical advancement is the platform's direct integration with shop machinery, specifically Mestek Lockformer spiral duct machines. For contractors utilizing this equipment, intermediate software like CAMduct can be bypassed entirely. PypeServer's direct tool integration feeds fabrication-ready data straight from the 3D model to the cutter, eliminating manual programming, sketch sheets, and redundant data entry.

This direct-to-machine strategy places the company in an interesting position within the competitive MEP software landscape. While Autodesk remains a dominant force in design and nesting, and platforms like MSUITE and STRATUS aggressively expand their fabrication management capabilities, the push for direct OEM machine integration is becoming a primary battleground.

Competitors are also making moves—STRATUS, for example, recently partnered with Mestek Machinery to connect its digital tools with the Lockformer Spiral Tubeformer. Yet, PypeServer's approach of maintaining a highly machine-agnostic ecosystem, driving equipment from Vernon, Machitech, HGG, and soon Voortman, positions it as a versatile connective tissue for shops utilizing a diverse array of automated saws, positioners, and coil lines.

Ending the 'Where Is My Duct?' Phone Tag

The ultimate test of any construction technology is its impact on the jobsite, where delays and miscommunication carry the highest financial penalties. Traditionally, field crews waiting on material are forced into a frustrating game of phone tag with the fabrication shop to locate specific duct packages.

The new sheet metal workflow directly targets this inefficiency through automated QR-code tracking. Because the software injects its item codes into the MAJ file upstream, the labels printed by CAMduct automatically carry tracking codes without requiring a separate labeling process.

From there, the platform tracks each duct package through fabrication, staging, shipping, and installation. Using iOS and Android mobile apps, field crews can scan a label's QR code to access real-time status updates and part specifications. Crucially, they can also pull up a 3D Assembly Viewer on their mobile devices to verify placement and assembly checks before installation begins.

This real-time field-to-shop feedback loop provides project managers with live visibility into production speeds and schedule performance via digital Kanban boards. One fabrication manager at a regional mechanical firm reported that implementing this style of tracking completely transformed their workflow, turning tasks that previously took hours of manual entry into minutes of automated processing. Another executive noted that investing in this level of software is no longer just an IT upgrade; it is a fundamental labor decision designed to protect margins in an increasingly volatile market.

The Strategic Implications for the 2026 Investment Landscape

As we analyze the catalysts driving market momentum in 2026, the digital transformation of the construction supply chain remains a critical growth vector. The AEC industry's increasing reliance on prefabrication is a direct response to a shrinking skilled labor pool and unpredictable material costs.

Software solutions that successfully bridge legacy divides—such as the historical barrier between wet and dry mechanical trades—are establishing themselves as essential infrastructure for the modern contractor. By creating a single source of truth that spans from the VDC (Virtual Design and Construction) office to the cutting machine and finally to the field installer's mobile phone, platforms like Cloud+ 3.0 are redefining operational efficiency.

For strategists monitoring corporate performance in the construction sector, the adoption rate of unified MEP platforms will serve as a key indicator of a contractor's ability to scale operations and defend profit margins. As the industry continues to move away from siloed operations and manual tracking, the companies that can seamlessly orchestrate their entire fabrication process under one roof will be the ones best positioned to thrive in an increasingly complex building environment.