Walking through Triad Speakers’ factory in Portland, Ore., the first thing that stands out is how personal the place feels.
CNC routers hum as sheets of MDF are cut and routed into precise components. Workers move between stations assembling enclosures, installing inserts and preparing cabinets for finishing. In another part of the facility, veneer is applied by hand before cabinets are sanded, sprayed and fitted with grills that can be matched to nearly any wall color.
It is a modern manufacturing facility, but it does not feel like a typical production line. The scale is modest, the team is small and the work feels deliberate. The entire operation reflects decades of experience building speakers for the custom integration market.
That combination of precision manufacturing and hands-on craftsmanship defines Triad’s approach, according to Engineering Manager Casey Elstad, who helped guide the tour through the facility and oversees much of the engineering and manufacturing work at the company.
“All of our products are built to order,” Elstad said as the group moved through the machining area. “In the morning the guys get a cut list of what they’re going to build today.”
Rather than producing large volumes of inventory, the factory operates on a lean manufacturing model that follows incoming orders closely. Materials arrive several times a week from regional suppliers and production schedules are planned around the systems integrators are installing.
That flexibility has long been essential for the custom integration channel, where projects often require specific finishes, sizes or configurations rather than standardized products.
Precision Meets Craft
Image/ADI
Material selection alone shows how much thought goes into the process. Even the MDF used for speaker enclosures was chosen after extensive testing. Engineers evaluated multiple suppliers to find a board that offered consistent density, low emissions for worker safety and machining characteristics that would hold up under repeated cutting.
From there, panels move through CNC machines that cut the pieces used to build each cabinet. Operators work between twin-table machines that allow one surface to be loaded while the other is cutting, keeping production moving efficiently.
Even with advanced machinery, much of the work still relies on manual assembly and techniques refined over years on the factory floor.
One example is the way Triad forms many of its enclosures. Instead of cutting panels completely apart, the CNC machines leave thin hinge points that allow the cabinet pieces to fold together before glue is applied. Blue tape holds the sections together so they can be folded into shape during assembly.
The method allows the cabinets to come together precisely while simplifying the assembly process.
Small refinements like that have accumulated over decades as engineers and technicians worked side by side to improve how the speakers are built. One example is the use of brass threaded inserts pressed into the MDF to provide durable mounting points for drivers and hardware. The inserts allow speakers to be serviced or modified without damaging the cabinet, a detail that reflects the company’s long focus on longevity and serviceability.
Finishing is another area where the factory’s craft roots are clear. Many Triad speakers receive real wood veneers that are applied by hand before being sanded and finished. Workers carefully align grain patterns so the veneer flows cleanly across the cabinet surfaces, especially on soundbars and larger enclosures where the wood becomes a visible design element.
Custom paint finishing follows a similar philosophy. Metal grills and cabinets can be matched to nearly any wall color requested by an integrator or homeowner. While the facility now mixes many of those colors in-house, the goal remains the same as it has been for years: make the speaker disappear into the room when the design calls for it.
Even product development reflects this blend of engineering and craftsmanship. Because the engineering team works just steps away from the production floor, prototypes are often built using the same tools and machines used for full production.
One of the advantages of the Portland facility is that engineering and manufacturing operate under the same roof. Designers developing new products can test ideas directly on the production floor and quickly adjust designs if something proves difficult to assemble.
That close collaboration occasionally produces moments that highlight just how experienced the team has become.
“Occasionally we’ll leave a box out here,” Elstad said. “In the morning we’ll find it assembled and painted. They don’t know it’s a test box with drivers they’ve never seen before, but they look at it and just know how it goes together.”
The story says a lot about the people working inside the building. Many of them have spent years building speakers at Triad and understand the products almost instinctively.
Built for the Custom Integration Market
Image/ADI
Triad’s manufacturing philosophy is closely tied to the custom integration industry it serves.
David Bailey, home theater designer at parent company ADI, said the company’s direction was shaped early on by a shift in how homeowners were buying audio systems.
“People weren’t going to the stereo shop and loading equipment into their car anymore,” Bailey said. “They wanted somebody to come and hook it up for them, hide the wires, things like that.”
That change pushed the company toward architectural speakers and custom-built home theater systems long before those categories became staples of the integration market.
The build-to-order model that developed alongside that shift remains central to the brand today. Dealers can order speakers finished in custom paint colors or wood veneers, soundbars cut to exact lengths and systems configured for specific rooms.
Those capabilities depend on the flexibility built into the factory’s processes.
They also support ongoing product innovation. ADI recently introduced more than 120 new Triad amplification, home cinema speaker and subwoofer solutions, a portfolio expansion that reflects how continued investment in the Portland manufacturing operation is translating directly into new product development and broader system design options for integrators.
Investment Without Losing Identity
Image/ADI
Triad has changed ownership several times over the years. The company was acquired by Control4 in 2017 and later became part of Snap One, which now operates under ADI Global Distribution.
While acquisitions can sometimes change the culture of a company, Bailey said the transition brought investment rather than disruption.
“In the first 18 months they spent over a million dollars updating this place,” Bailey said.
Those investments are visible across the facility. New CNC machines have replaced older equipment, additional space has been added for veneer processing and grill manufacturing, new paint booths apply custom colors to speakers, and the finishing department now includes a color-matching system capable of producing custom paint finishes on demand.
The upgrades allow the factory to maintain its build-to-order flexibility while improving efficiency. In fact, Triad now operates out of two different facilities within the same office park,
Rethinking Speaker Design
Image/ADI
Triad has long been known for sound quality and customization. Recently the company has also spent time rethinking how its products look.
Steph Gaines, lead industrial designer at ADI, explained that the team examined decades of product development to create a unified visual design language across the brand. The goal was to bring more cohesion to the product lineup while maintaining the customization integrators rely on.
Initially hired to lead design for Triad, Gaines now oversees all of ADI’s design philosophy, including the new T5 control panels.
New speakers from the brand look as good as they sound, paying homage to the industry rhetorical question, “How do you want your sound to look?” Even some prototype speakers around the Triad offices look sleek and modern, reflecting the company’s evolving approach to industrial design.
Other prototypes scattered throughout the facility show the team experimenting with architectural forms intended to help technology blend more naturally into residential spaces.
“I think simplicity and purpose are the marks of good design,” Gaines said. “We try to hide the hardware and avoid adding anything that isn’t providing value.”
Historically many Triad speakers were designed primarily to disappear into walls or behind projection screens, which meant aesthetics were not always the top priority. The new design language aims to create products that maintain that architectural flexibility while presenting a cleaner and more modern identity when they are visible.
Experience as an Advantage
Image/ADI
The final stop on the factory tour is a demo theater inside the building. The room doubles as both a listening environment and a testing space where engineers evaluate new products under real-world conditions.
A full Atmos system allows the team to test speakers in setups similar to those found in customers’ homes. Listening in the theater highlights what the factory ultimately produces. Systems capable of filling a room with immersive sound.
But stepping back onto the production floor afterward, the more memorable takeaway may be the people behind the process. In an industry where many audio products are built overseas at enormous scale, Triad’s Portland factory offers something increasingly uncommon. A speaker company still defined by the people building the products.
Many of the technicians on the floor have spent years refining the processes that shape every cabinet that leaves the building. The machinery has evolved over time, but the experience behind it has remained consistent. As Elstad put it during the tour, that experience is one of the company’s biggest strengths.
“We’ve got a lot of people here who have been doing this for a very long time,” he said. “There’s a lot of knowledge in this building.”
