Ultra-large 3D medical imaging system empowers neurosurgical academic conference

Recently, the National Neurosurgery Continuing Education Conference, hosted by a renowned tertiary hospital in China, successfully concluded in Beijing. Experts and physicians in the field of neurosurgery from across the country gathered to discuss cutting-edge clinical techniques, share best practices, and promote innovative development in the discipline.

Neurosurgery is renowned for its complex anatomy, intricate intracranial tissues, and extremely high level of difficulty. In traditional academic conferences and clinical teaching settings, conventional two-dimensional display devices and small 3D screens are unable to fully reproduce the three-dimensional spatial structure of the intracranial cavity. The images lack depth and are blurry and distorted in detail, severely limiting the effectiveness of case discussions, surgical debriefings, and technical lectures, becoming a major pain point in neurosurgical academic exchanges.

                                              (Application of 3D endoscopic surgical image display)

                                              (Application of 3D external endoscopic surgical image display)

To break down traditional barriers in medical display and promote the upgrading of high-end medical academic exchanges, our company's self-developed ultra-large 3D medical imaging display system made a grand debut at this academic event. As an industry-leading medical 3D display device, the product relies on several exclusive core technologies to fully adapt to the needs of neurosurgical clinical demonstrations and academic teaching, achieving a comprehensive revolution in medical imaging display.

The core advantages are as follows:

• Full format support, compatible with all types of medical 3D equipment

The only display system in the industry capable of displaying all 3D formats for medical 3D equipment, supporting various 3D video signal inputs and real-time format conversions such as side-by-side (SBS), top-to-bottom (T&B), progressive scan (LBL), and dual-channel SDI. It is fully compatible with all series of medical 3D imaging equipment, boasting a wide range of compatibility and industry-leading adaptability.

• Full interface compatibility, adaptable to various types of medical devices

It is the only display device in the industry that achieves full interface compatibility with medical 3D equipment. It can fully adapt to mainstream medical equipment such as 3D endoscopes, 3D exoscopes, and 3D microscopes, and is compatible with mainstream output interfaces such as HDMI, DP, and SDI. It can seamlessly connect to various clinical, surgical, and academic demonstration equipment.

• Extremely simplified operation, say goodbye to cumbersome procedures

Equipped with a one-button operating system, it supports one-click switching between 2D/3D modes and various 3D formats. The entire unit can be remotely started, raised, lowered, and folded with a single button, making it simple to operate and highly portable. This effectively solves the industry pain points of cumbersome equipment setup and complex operation during surgical demonstrations and academic live broadcasts.

• Ultra-wide professional color gamut, medical images are true-to-life and distortion-free

The device boasts an ultra-wide professional color gamut, strictly conforming to BT.709 and BT.2020 professional color gamut standards. Combined with 1080P/4K high-definition resolution and a 16:9 standard display ratio, the image is uncompressed and colors are highly accurate. It features adjustable 3D brightness from 200–600 cd/㎡, adapting to various lighting environments and ensuring clear, realistic, and distortion-free medical images throughout.

• Ultra-low latency live streaming, multi-functional data archiving

It can achieve ultra-low latency real-time live broadcast output of surgical signals, compatible with mainstream streaming protocols such as SRT, RTSP, and RTMP, making it suitable for remote surgical demonstrations and academic live broadcasts. It integrates multiple functions such as remote live streaming, local recording and broadcasting, screen capture, built-in storage, automatic USB transfer, and network upload, meeting the needs of surgical teaching, academic observation, case review, and data archiving in one stop.

The successful application of our ultra-large 3D medical imaging display system at this academic event fully demonstrates its core capabilities in high-end medical academic scenarios. The equipment completely breaks through the limitations of traditional two-dimensional displays, enabling medical demonstrations to leap from "two-dimensional observation" to "immersive three-dimensional experience." The ultra-large display terminal allows participating physicians in all locations within the venue to clearly, three-dimensionally, and accurately view surgical details and anatomical structures, making the transmission of cutting-edge surgical techniques and clinical treatment concepts more efficient and intuitive.

In the future, our company will continue to deepen its expertise in the field of medical imaging display, adhere to technological innovation, and continuously refine professional equipment that better suits clinical teaching, academic exchange, and telemedicine. We will empower medical teaching innovation with cutting-edge technology, contributing to the academic development and technology popularization of neurosurgery and other clinical disciplines in China, and injecting new momentum into the collaborative development of clinical medicine, teaching, and research.