A two-decade-old Nigerian industrial services firm has staked a claim that should make anyone tracking the geography of additive manufacturing look up from their slicer. As reported by The Guardian Nigeria, the company formerly known as RusselSmith has rebranded to Arridex and commissioned what it calls the Arridex Omnifactory in Lagos -- billed as West Africa's first multi-technology industrial additive manufacturing facility. Lagos State Governor Babajide Sanwo-Olu officiated the June 2026 commissioning, and the name change -- registered with Nigeria's Corporate Affairs Commission -- reflects the firm's expansion well beyond the oil-and-gas asset-integrity work it started with in 2005.
The pitch is not another desktop-printer shop. The Omnifactory puts four distinct processes under one roof: laser powder bed fusion (L-PBF), cold spray additive manufacturing (CSAM), selective laser sintering (SLS), and fused filament fabrication (FFF). That spread is the whole point. Rather than betting on a single technology and a single material class, Arridex is positioning the plant as a job-shop capable of turning out metal pressure-bearing components, polymer functional parts, and repaired or coated surfaces depending on what an industrial customer drags through the door.
Why four technologies, not one
For makers used to thinking in terms of "the printer," a multi-process industrial floor is worth unpacking, because each of these technologies answers a different engineering question.
L-PBF -- the metal powder-bed process where a fiber laser fuses successive layers of atomized alloy -- is the workhorse for dense, geometrically complex metal parts: impellers, manifolds, brackets with internal channels you simply cannot machine. It is slow and capital-intensive, but it produces near-fully-dense metal with mechanical properties that hold up under load.
Cold spray is the outlier and arguably the most interesting inclusion for a firm with an oil-and-gas heritage. CSAM accelerates metal powder to supersonic velocities and bonds it to a substrate through plastic deformation rather than melting. That makes it a repair and additive-restoration tool: building material back onto a worn shaft, a corroded flange, or a scored hydraulic surface without the heat-affected zone that welding or laser fusion introduces. For maritime and offshore equipment, restoring a component beats waiting months for a replacement to ship.
SLS handles the polymer side with laser-sintered nylon and similar powders, yielding durable, support-free functional parts -- gaskets, housings, ducting, jigs. FFF, the technology most readers know intimately, rounds out the bottom of the cost curve for prototyping, tooling, and lower-stress components. Put together, the four cover a remarkable swath of the parts a heavy-industry operator actually consumes.
The supply-chain thesis
Arridex is explicit about why it built this. Group CEO Kayode Adeleke framed the project in blunt terms, calling "the dependency of African industry on fragile supply chains" a structural problem and positioning the Omnifactory as a step toward manufacturing sovereignty for a continent that has long imported the parts it runs on.
That framing carries the business case. Operators in Nigerian oil and gas, maritime, aerospace, defense, construction, and manufacturing have long imported spare parts and waited out shipping lead times measured in weeks or months -- with the attendant downtime, demurrage, and inventory carrying costs. On-demand, localized additive manufacturing is the standard answer to that problem worldwide, and Arridex's two decades operating across exactly those sectors give it the customer relationships and engineering credibility that a greenfield AM startup would lack. The company also says it is the first qualified by Nigeria's Upstream Petroleum Regulatory Commission (NUPRC) to deploy additive manufacturing in oil and gas.
The company also holds Pioneer Status in additive manufacturing from the Nigerian Investment Promotion Commission (NIPC). In Nigeria, Pioneer Status is a tax-incentive designation granted to industries the government wants to seed -- typically a tax holiday on company income for a defined period. Securing it for AM specifically signals that Lagos and Abuja are treating localized manufacturing capacity as strategic infrastructure rather than a novelty, and it materially improves the economics of running capital-heavy metal printers.
Arridex is not treating the Omnifactory as the finish line either. Adeleke says a larger "Mega Omnifactory" is planned for the first quarter of 2027, which the company claims would rank among the largest single-site industrial AM facilities in the world. That is an aggressive target, and one worth holding lightly until the floor space and machine count are public -- but it tells you the current Lagos plant is meant as a proof point, not a capstone.
What It Means for Makers
If you build or tinker outside the usual North American, European, and East Asian AM corridors, the most useful signal here is geographic. The map of serious industrial additive manufacturing has been stubbornly concentrated, and a multi-process metal-and-polymer facility commissioned in Lagos -- with state backing and a tax-pioneer designation -- widens it. That tends to pull a local ecosystem along with it: powder suppliers, post-processing services, trained operators, and eventually the kind of secondhand-equipment and knowledge spillover that helps smaller shops and hobbyists.
There is also a practical lesson in Arridex's process mix. A shop that wants to be a real parts supplier, rather than a prototyping boutique, increasingly needs more than one technology. The pairing of L-PBF for new metal parts with cold spray for restoring existing ones is a particularly maker-relevant insight: additive is not only about printing from scratch, but about putting material back where wear and corrosion took it away. For anyone weighing how to make a small AM operation commercially durable, "repair plus production" is a strategy worth studying.
Two caveats keep this honest. The "first" and "among the largest in the world" claims originate with the company and have not been independently audited in the coverage so far, and the Mega Omnifactory remains a 2027 promise rather than a built thing. Treat the milestone as real and the superlatives as marketing until the steel is up. Even discounted, though, the underlying move -- localizing on-demand industrial parts production in a region long dependent on imports -- is exactly the structural shift additive manufacturing was supposed to enable.
