Poly Precision Technology Joins Roboze Advanced Manufacturing Network in Houston

On April 15, 2026, Roboze announced that Houston-based Poly Precision Technology has joined its global Roboze Advanced Manufacturing network. This partnership integrates Roboze's high-performance polymer and composite additive manufacturing systems into the existing manufacturing capabilities of Poly Precision Technology. The collaboration focuses on providing industrial clients in the energy sector with on-demand production of end-use parts and spare components using high-performance engineered polymers. Roboze CEO Alessio Lorusso and Poly Precision Technology CEO Shane Maloney confirmed that the agreement aims to standardize digital workflows and material certification across the Houston manufacturing hub.

This expansion strengthens the Roboze distributed manufacturing model, which competes with traditional subtractive machining and centralized additive service bureaus by placing production closer to the point of use. The energy industry, particularly in the Houston region, faces ongoing challenges with supply chain lead times for critical components that require high thermal and chemical resistance. By utilizing Roboze's FFF-based technology for high-performance materials like PEEK and carbon-fiber reinforced composites, Poly Precision Technology addresses the need for metal-replacement parts in harsh operational environments. This move aligns with broader industrial trends toward localized, digital inventory management to mitigate logistics risks.

For industrial users, this partnership provides a localized source for certified, high-performance polymer parts that meet the stringent reliability standards of the energy sector. Poly Precision Technology must now demonstrate consistent repeatability and quality control across its new additive production lines to meet the requirements of mission-critical energy applications. Buyers should verify that the specific polymer grades and mechanical properties offered by this new node align with their existing material specifications for legacy metal components.