
The TSMC Arizona campus required a consistent design aesthetic across multiple buildings with simple curved features framing the tops and bottoms of exterior walls.
The TSMC Arizona campus required a consistent design aesthetic across multiple buildings with simple curved features framing the tops and bottoms of exterior walls:
While straightforward in appearance, executing these repetitive curves at scale required precision and reliability that traditional hand-bending or flexible track systems couldn't deliver consistently across the campus.
Hand-bent framing introduces variability from piece to piece and installer to installer. Flexible track systems can struggle to maintain consistent radii under installation stress. With multiple buildings, multiple contractors, and a design demanding visual continuity across the entire development, the project needed a solution that could guarantee identical geometry every time.
The challenge was maintaining tight piece-to-piece tolerances across numerous construction phases while ensuring on-time delivery to support the campus development schedule.
This series of projects showcases the strength of Radius Track's Parts Online platform. By leveraging machine-precise fabrication, Radius Track supplied pre-curved framing components that met tight piece-to-piece tolerances.
Key technical achievements included:
The Parts Online approach provided reliability and precision for repetitive curved features across the entire campus development.
With over 14 projects completed to date, Radius Track continues to develop simple framing solutions for TSMC during its campus expansion.
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Contractor: Schrepple Construction
Contractor: E&K, Inc.



