Software & Industry

Los Angeles watch brand Parivas debuts 3D-printed Exo.1 timepiece

Parivas turned its Exo.1 into a case study for additive watchmaking, pairing a monolithic 3D-printed steel case with a 30-piece run priced at $7,500.

Nina Kowalski··2 min read
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Los Angeles watch brand Parivas debuts 3D-printed Exo.1 timepiece
Source: 3dprintingindustry.com

Parivas is trying to do more than sneak 3D printing into a watch case. The Los Angeles brand built its Exo.1 around additive manufacturing from the start, with a stainless steel case produced by a powder-bed process, a monolithic architecture that folds the bezel, body, lugs and dial features into one structure, and a textured Solar Dusted finish that leaves the print language visible instead of hiding it. Even the name points to the idea, with Pario e Pulvis meaning created from dust.

The Exo.1 went on sale on May 18, 2026 after more than 10,000 hours of development spread across six years. Parivas says the first production batch is limited to 30 watches, priced at $7,500 each, with delivery planned for Q1 2027. The brand describes the Exo.1 as the most advanced application of additive case design in contemporary horology, and it says the watch is hand-assembled in Los Angeles.

AI-generated illustration
AI-generated illustration

Behind the brand are Mickey Brown and Justin Chang, who bring more than 30 years of combined experience in mechanical engineering and additive manufacturing, along with aerospace-industry backgrounds. Brown framed the project as a technology-first exercise, saying, “The Exo.1 did not adapt to the technology. The technology had to rise to meet it.” Parivas says the same team that designed the watch also built it, a detail that fits the brand’s insistence that additive manufacturing is not a back-end shortcut but the main event.

The watch is powered by Parivas Caliber P1001S, a customized Swiss automatic movement based on Sellita SW300-1SA architecture. It carries a 56-hour power reserve, 25 jewels, rhodium plating and soleillage decoration. Parivas says the movement is certified under its Chronometer standard, developed with the Horological Society of New York, whose own Chronometer Certification Program launched in August 2021 and exceeds ISO 3159 standards. HSNY, founded in 1866, is one of the oldest continuously operating horological associations in the world.

For the 3D printing world, the Exo.1 is less about novelty than about a bigger question: when does a visible additive artifact become part of the design language instead of a compromise to be polished away? Parivas is betting that in watchmaking, the answer can be built into the case, the finish and the brand itself.

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