As a leader in life sciences and medical branding, we took a strategic, research-driven approach to developing the new COREX identity. Led by Bill Schick, Fractional Chief Marketing Officer (FCMO), the rebranding effort focused on aligning COREX’s visual identity with its reputation in the orthopedic industry.
The first step was a deep dive into COREX’s market position. Through stakeholder interviews, industry research, and competitor analysis, we identified that COREX was already the most trusted name associated with Trinity Orthopedics. It was clear that the product should take the lead in the rebrand.
With this insight, we developed a new brand architecture where COREX became the dominant identity, while Trinity Orthopedics remained as a supporting brand. The tagline “by Trinity Orthopedics” ensured that the company retained visibility, but it was no longer the focus.
Visually, the logo needed to convey engineering excellence, precision, and surgical expertise. We designed a bold, geometric wordmark that exudes confidence and modernity. The letterforms are clean, strong, and structured, reflecting the stability and reliability required in orthopedic devices.
The emblem inside the “O” was carefully crafted to serve a dual purpose. First, it subtly nods to Trinity Orthopedics by incorporating a three-part structure reminiscent of the original Trinity logo. More importantly, it represents the head-on view of the COREX Harvester, the company’s flagship surgical device. This connection ensures that the new branding is not just aesthetically pleasing, but deeply meaningful—directly linking COREX to its most trusted innovation.
To complete the transformation, we introduced a refined color palette. The deep surgical blue conveys trust, professionalism, and medical expertise, while the vibrant electric blue gradient in the emblem represents innovation, technology, and progress. The clean, high-contrast execution ensures that the logo is highly legible and recognizable across all branding applications, from product labeling to digital interfaces.