Porsche tuner BBI Autosport adopts metal AM with 3D Systems AIG for optimized Inconel components

California-based Porsche tuning specialist BBI Autosport has moved beyond polymer prototyping into production-grade metal additive manufacturing through a partnership with 3D Systems' Application Innovation Group (AIG). The Huntington Beach shop, founded in 2005 by former Porsche racing technician Betim Berisha, now uses 3D Systems' LPBF systems to produce end-use exhaust and intake manifolds in Inconel, along with suspension components and body parts. CTO Dmitriy Orlov, who joined in 2017, drives the integration: BBI designs parts via CAD or reverse-engineering with 3D scanning, then hands data to AIG for AM optimization and printing. The collaboration consolidates welds and joints, enabling geometries impossible with traditional fabrication while reducing weight and lead times for low-volume custom builds.

This case exemplifies the industrial-tooling and automotive aftermarket pull for metal AM, a segment where part complexity and low volumes justify the cost premium over casting or CNC machining. BBI Autosport operates in the narrow gap between motorsport-grade performance and boutique automotive customization — a vertical that values weight reduction and thermal efficiency over qualification cycles. The partnership with 3D Systems' AIG team mirrors the aerospace qualification grind pattern in miniature: a specialist tuner embeds AM into its workflow via an external engineering services layer, avoiding the capital and expertise burden of owning metal AM equipment. This service-bureau model, where AIG handles printing while BBI focuses on design and vehicle integration, aligns with the broader AM market structure where services represent 48% of total revenue.

For the automotive aftermarket, this is a practical demonstration that metal AM can deliver measurable performance gains in exhaust and intake systems — parts that see repeated thermal cycling and structural load. The key execution risk for BBI Autosport is scaling from one-off builds to repeatable low-volume production without compromising the design-to-print turnaround that makes the partnership viable. Buyers should evaluate whether the Inconel LPBF parts justify their cost premium over welded tube assemblies in their specific driving application, not assume AM automatically outperforms traditional fabrication.