
DEEP Manufacturing expands into Houston with 50,000 sq ft WAAM facility and $10 million US investment plan.
Hardware
Originally reported by 3D Printing Industry
DEEP Manufacturing expands into Houston with 50,000 sq ft WAAM facility and $10 million US investment plan. DEEP Manufacturing has opened a 50,000 sq ft facility in Houston, Texas, to scale its Wire Arc Additive Manufacturing (WAAM) operations for the energy, defense, and maritime sectors. The site, which will be fully operational by May 6, 2026, currently houses four robotic systems with plans for further expansion. CEO Peter Richards confirmed the company is targeting a workforce of 30 employees by year-end, supported by a $10 million investment strategy for US advanced manufacturing through 2026. The facility is currently conducting deposition trials with Inconel 625 and preparing for DNV certification of pressure-rated vessels.
This expansion positions DEEP Manufacturing directly within the US energy corridor, competing with established DED service providers and traditional casting foundries. By localizing WAAM production, the company addresses the critical need for shorter lead times in high-integrity component manufacturing, particularly for subsea and industrial infrastructure. The shift toward domestic production of large-scale metal components reflects a broader trend of regionalizing supply chains to mitigate logistics risks. The company's ability to achieve DNV certification for WAAM-produced pressure vessels will be a key differentiator in securing high-stakes contracts in the oil and gas and maritime industries.
DEEP Manufacturing must now successfully navigate the DNV audit process and demonstrate consistent material properties in Inconel 625 and carbon steel at scale. The transition from UK-based expertise to a fully autonomous Houston team will determine the facility's operational efficiency. Buyers should prioritize evaluating the mechanical consistency of these large-format parts against traditional forged alternatives to validate the business case for adoption.
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