Trinity Biotech's 15-Day CGM Eliminates Fingerstick Calibration in Clinical Trial
Key Insights
Trinity Biotech achieved a breakthrough in continuous glucose monitoring by demonstrating its CGM+ (search) system can operate for 15 days without requiring fingerstick calibration.
The company's pre-pivotal trial results show the device delivers accurate glucose readings while employing fewer disposable components at a lower cost point than existing systems.
Trinity Biotech is targeting the $13 billion global CGM market, which is projected to grow to $28 billion by 2030, with a commercial launch planned for mid-2026.
Trinity Biotech has achieved a significant milestone in continuous glucose monitoring technology, reporting successful clinical trial results showing its CGM+ (search) system can operate for 15 days without requiring fingerstick calibration. The breakthrough addresses what the company described as "the most uncertain technical hurdle" in developing its next-generation glucose monitoring platform.
Clinical Trial Results Demonstrate Technical Breakthrough
The pre-pivotal trial focused specifically on the glucose sensor component of Trinity Biotech's CGM+ (search) system, demonstrating accurate readings throughout the device's 15-day operational lifespan. According to CEO John Gillard, the elimination of fingerstick calibration requirements was achieved through "a combination of sensor design modifications, refined signal processing, and proprietary enhancements to sensor operation."
"This milestone represents the most significant technical achievement since we began redevelopment of our acquired CGM technology," Gillard stated. The company emphasized that this development brings their glucose sensor "in line with the standards of market leaders" while maintaining a differentiated product architecture.
Differentiated Platform Design
Trinity Biotech's CGM+ (search) system distinguishes itself through a modular approach that integrates multiple health monitoring capabilities beyond glucose tracking. The device is designed to monitor pulse rate, sleep patterns, step counting, cardiovascular activity, body temperature, and physical activity data within a single wearable platform.
The company positions its system as offering advantages in affordability, reusability, and sustainability compared to existing CGM technologies. Gillard noted that the platform promises to be "more affordable, reusable, and sustainable" while supporting integrated health data collection across multiple physiological parameters.
Market Opportunity and Commercial Timeline
Trinity Biotech is targeting entry into what it describes as a $13 billion global CGM market. Market projections indicate significant growth potential, with the CGM market expected to reach approximately $28 billion by 2030, driven by rising diabetes prevalence and increasing demand for real-time health data.
The company has set a commercial launch target of mid-2026 for its CGM+ (search) system. Trinity Biotech characterizes its approach as a "high-data & low-waste platform" positioned to expand CGM technology access for populations currently priced out of existing systems.
Strategic Market Position
The successful trial results represent a key step in Trinity Biotech's strategic pivot toward the personal diabetes management market, following the company's acquisition of biosensor assets from Waveform Technologies Inc (search). The company operates as a commercial-stage biotechnology firm with existing expertise in diabetes management solutions and human diagnostics.
Trinity Biotech's entry into the wearable biosensor industry builds on its established presence in diagnostic systems, including reagents and instrumentation for point-of-care and clinical laboratory applications. The company maintains direct sales operations in the United States and works through international distributors and strategic partners across more than 75 countries worldwide.