ROBOZE Taps Houston Firm to Forge Resilient U.S. Industrial Supply Chains

HOUSTON, TX – April 07, 2026 – In a strategic move to bolster America's industrial backbone, high-performance additive manufacturing leader ROBOZE has partnered with Houston-based Poly Precision Technology (PPT). The collaboration brings PPT into ROBOZE's global distributed production network, signaling a significant expansion of advanced, on-demand manufacturing capabilities for the nation's critical energy and industrial sectors.

This partnership is more than a simple business deal; it represents a tangible step towards solving one of the most pressing challenges of the modern economy: supply chain fragility. By integrating ROBOZE's certified 3D printing ecosystem into PPT's Houston facility, the alliance aims to localize the production of mission-critical components, drastically reducing lead times and creating a more resilient industrial base.

The New Blueprint for Industrial Resilience

The collaboration arrives at a time when industries are still reeling from years of global supply chain disruptions. The traditional model of centralized manufacturing and long-distance logistics has proven vulnerable, leading to costly delays and production halts. In response, a new paradigm is emerging: distributed manufacturing. This model leverages a network of digitally connected, geographically dispersed production hubs to manufacture parts closer to the point of need.

ROBOZE's Advanced Manufacturing (RAM) network is at the forefront of this shift. By joining this ecosystem, Poly Precision Technology can now offer its clients access to a standardized, certified production platform capable of producing industrial-grade parts on demand. For customers in the oil and gas, chemical processing, and heavy industry sectors concentrated around the Gulf Coast, this means the ability to procure complex, high-performance spare parts and end-use components in days, not months.

Market data underscores the urgency of this transition. The additive manufacturing market is projected to grow at a compound annual rate of 21%, reaching over $83 billion by 2030, driven largely by the need for supply chain optimization. Case studies have shown that on-demand 3D printing can slash lead times for critical industrial components from over a year to a single week, while simultaneously reducing inventory costs by eliminating the need to stockpile vast quantities of spares.

"Bringing Poly Precision Technology into our network of specialized manufacturers is a strategic step in expanding our distributed manufacturing capabilities across the country," said Alessio Lorusso, founder and CEO at ROBOZE. "Their expertise and strong presence in the U.S. market enable us to better support industrial operators with production-grade additive manufacturing solutions, accelerating adoption in applications where performance, reliability and supply chain resilience are critical."

Beyond Metal: Polymers Forging the Future in Harsh Environments

A key driver of this manufacturing revolution is the rapid advancement in material science. The partnership will focus on deploying ROBOZE’s specialized 3D printing technology for “super polymers” and carbon fiber composites—materials engineered to replace metal in the most demanding applications. These advanced polymers, such as PEEK, Carbon PAEK, and ULTEM, offer a unique combination of properties, including extreme temperature tolerance, high chemical resistance, and impressive mechanical strength, often at a fraction of the weight of their metal counterparts.

In the harsh environments common to the energy sector—from offshore drilling platforms to sprawling refineries—these properties are not just beneficial; they are essential. Components like seals, valve seats, bushings, and gears are subjected to constant corrosive chemicals, high pressures, and extreme temperatures. Traditionally made from specialized metal alloys, these parts are often expensive and have long procurement lead times.

By leveraging ROBOZE's platform, PPT can now 3D print these components using materials that often outperform metals in corrosion and chemical resistance. This capability for on-demand, metal-replacement parts is a game-changer, enabling operators to repair equipment faster, reduce downtime, and improve operational safety. The technology allows for the creation of intricate geometries and optimized designs that would be impossible or prohibitively expensive to produce with traditional subtractive manufacturing methods.

Houston Emerges as a Nexus for Advanced Manufacturing

The choice of Houston for this expansion is no accident. As the epicenter of the U.S. energy industry and a major hub for industrial manufacturing, the city provides a fertile ground for technological adoption. Poly Precision Technology brings deep-rooted local expertise in precision-engineered components, particularly for the demanding requirements of the oil and gas sector. This local knowledge, combined with ROBOZE's global technology platform, creates a powerful synergy.

This partnership exemplifies a growing trend of "glocalization," where global technological innovation is deployed through local manufacturing expertise to serve regional markets. It reinforces Houston's growing reputation as a hub for advanced manufacturing, attracting investment and fostering an ecosystem of high-tech talent and innovation.

"Poly Precision Technology is proud to be recognized as a Preferred Partner of ROBOZE," stated Shane Maloney, president and CEO of PPT. "This partnership reinforces our shared commitment to delivering production-grade additive manufacturing using high performance engineered polymers for industries where precision, quality, reliability and repeatability are critical. By operating within the ROBOZE Advanced Manufacturing ecosystem, PPT enables customers across industrial markets to access certified materials and mission-ready production closer to the point of use."

A Certified Ecosystem of Production

What sets the ROBOZE approach apart is its emphasis on creating an integrated and certified ecosystem. The RAM network is not merely a marketplace connecting customers to printers; it is a standardized platform built on proprietary hardware, advanced materials science, and intelligent software. This ensures that a part printed at PPT in Houston is identical in quality, performance, and tolerance to one printed at another RAM partner in Europe or the Middle East.

This level of repeatability is achieved through a combination of technologies, including embedded Physical AI that monitors and controls the printing process in real-time to ensure part consistency. For industries like aerospace, defense, and energy, where component failure is not an option, this certified and traceable production process is paramount. The partnership effectively transforms PPT into a node within a global Smart Factory network, capable of delivering mission-ready components that meet the strictest industry standards. This strategic collaboration is set to accelerate the adoption of additive manufacturing, fundamentally enhancing the agility and security of industrial supply chains across the United States.