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Manufacturing — How Baldwin Pergolas Are Built Company Capability Article | Builds Engineering Trust + Architect Confidence | Differentiates from Kit Manufacturers Overview A pergola is only as good as the precision with which it is made. Imprecise parts require field improvisation. Field improvisation produces inconsistent results. Inconsistent results disappoint clients and compromise structures. Baldwin Pergolas was built around the opposite principle: manufacture with such accuracy that assembly is clean, connections are tight, and the finished installation looks exactly like the design. That principle drove Max Baldwin to acquire his first CNC robotic routing machine in 1996 — years before precision manufacturing became standard in the outdoor structure industry. It drove the transition to pultruded fiberglass in 2007. And it drives the investment in equipment, process, and people that defines the Baldwin operation today. The Facility Baldwin Pergolas manufactures at 440 Middlefield Street in Middletown, Connecticut — a 68,000-square-foot facility owned by the company and in continuous operation for 18 years. The building houses the full manufacturing operation under one roof: material storage, CNC fabrication, component assembly, quality inspection, and the climate-controlled paint and finishing facility. Owning and operating a facility of this scale gives Baldwin capabilities that smaller shops and kit manufacturers cannot match: the ability to handle large commercial projects, manage complex component sets, maintain controlled finishing conditions, and store finished work securely before delivery or installation. 68,000 square feet. Owned. 18 years in Middletown. Full manufacturing, finishing, and storage under one roof. CNC Precision Manufacturing The 1996 Decision That Changed Everything In 1996, Max Baldwin invested in the company's first CNC robotic routing machine. In the context of a small custom manufacturer making cedar outdoor structures, this was an unusual and forward-looking decision. CNC routing brought three things to the operation that hand fabrication cannot reliably provide: - Accuracy — every cut is made to specification, not to the judgment of an individual operator on a given day - Repeatability — the hundredth part is identical to the first, enabling consistent assembly and interchangeable components - Complexity — profiles, joinery, and details that would be impractical by hand are routine with CNC The result was a step change in manufacturing quality. Column profiles came out of the machine identical. Beam end cuts were square and true. Rafter notches were consistent. The pergola went together in the field the way it was drawn in the shop — because the parts were made to the drawing, not to approximation. That standard of precision has been maintained and expanded ever since. The CNC capability in the Baldwin shop today is significantly more sophisticated than the 1996 machine, bu
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