DIVA, a prominent leader in the medical display sector, has reached a significant milestone, celebrating three decades of dedicated service and innovation. To commemorate this momentous occasion, the company has unveiled a trio of revolutionary product lines designed to redefine visualization standards in healthcare. Concurrently, a redesigned corporate website has been launched, aiming to enhance user experience and facilitate easier access to DIVA's extensive portfolio of customized display solutions.
Pioneering Display Technology: Surgical Breakthroughs, Versatile Solutions, and Imaging Enhancements
In a momentous announcement on August 13, 2025, DIVA, a leader in advanced medical display solutions with an illustrious 30-year history, unveiled several groundbreaking innovations alongside the debut of its revitalized corporate website. This significant development reinforces DIVA’s unwavering commitment to delivering state-of-the-art imaging technologies that meet the evolving demands of the medical field.
A highlight of DIVA's latest achievements is the mass production of the industry's first 55-inch and 65-inch optically bonded liquid crystal displays (LCDs), meticulously engineered for the rigorous environment of surgical suites. Developed in close collaboration with the esteemed Qisda Group, these displays incorporate advanced optical bonding techniques and Anti-Glare, Anti-Reflective (AGAR) glass, effectively mitigating glare and ensuring superior dark-level uniformity. This technological leap provides clinicians with unparalleled clarity and precision in high-stakes procedures such as catheterizations and endoscopic surgeries.
Furthermore, DIVA introduced the QDII product line, a versatile Off-The-Shelf (OTS) platform poised to serve entry-level medical and industrial applications. Launched with initial shipments in July, the QDII series leverages Qisda’s robust panel inventory and production infrastructure, offering cost-effective and scalable display solutions without compromising on professional-grade quality or reliability. This strategic move addresses the growing demand for flexible and efficient display technologies across various sectors.
In a notable stride for diagnostic imaging, DIVA has successfully integrated OLED displays into ultrasound systems, effectively overcoming persistent challenges associated with image retention and panel longevity. Through proprietary image control technologies, including Off RS, Orbit, and JB algorithms, DIVA has achieved remarkable stability and image consistency, paving the way for broader adoption of OLED technology in real-time medical imaging and potentially other critical medical domains.
Accompanying these product launches, DIVA has rolled out a sophisticated new corporate website. This digital transformation aims to provide an intuitive and interactive platform for customers to explore DIVA’s comprehensive product offerings and custom display capabilities, thereby accelerating the consultation and conversion processes. As General Manager Ms. Yvonne Liu eloquently stated, "Medical displays are like the second pair of eyes for healthcare professionals during life-critical moments. They must deliver both precision and durability. Our OB-based large-size displays for surgical rooms represent a first-of-its-kind breakthrough, and this recognition by leading global customers affirms DIVA’s design and manufacturing excellence.” This statement encapsulates DIVA's enduring philosophy: to empower medical professionals with visual tools that are not just precise but also robust enough to meet the highest demands of patient care.
The latest announcements from DIVA Labs underscore the critical importance of continuous innovation in medical technology. From a reporter's perspective, it's evident that the company isn't just creating new products; it's actively responding to the complex and evolving needs of healthcare professionals. The challenges of glare in surgical environments, the demand for cost-effective yet reliable solutions, and the persistent issues with OLED stability are all real-world problems that DIVA has meticulously addressed. This holistic approach, combining advanced engineering with practical application, demonstrates a deep understanding of the medical field's intricacies. It reminds us that technological progress is most impactful when it directly enhances human capability, particularly in professions where precision and clarity can mean the difference between life and death.