Sony ILX-LR1 made its debut at the CMEF2026, with its 61-megapixel resolution taking on the role of pathological slide detection

At the 93rd China International Medical Equipment Fair (CMEF), Our company, the official authorized core distributor of Sony (China), will make a grand appearance with the Sony ILX-LR1 full-frame remote camera. With its 61 million ultra-high pixels, it will empower the detection of pathological sections. Thanks to its industrial-grade precision and medical-grade adaptability, it will become the focus of the pathological imaging field at the exhibition site.

As a leading enterprise with 17 years of experience in the secondary development of high-definition video, Our company has always relied on Sony's core technology resources and focused on the core needs of the medical imaging field. This time, it has introduced Sony's ILX-LR1 into the pathological section detection scenario, breaking the limitations of traditional imaging and providing more efficient and accurate visual solutions for pathological diagnosis, scientific research and teaching. With technology, it helps to upgrade medical diagnosis to a more refined level.

Grand Debut | The "Detail Catcher" for Pathological Section Detection

In pathological section detection, the subtle differences in cell morphology and tissue texture are often the key breakthroughs for diagnosis. Traditional imaging equipment either struggles to balance detail presentation and portability, or has a closed system and is difficult to integrate, making it hard to adapt to diverse pathological detection scenarios. The emergence of Sony's ILX-LR1 has effectively addressed this industry pain point, redefining the precision boundary of pathological section detection with its 61-megapixel full-frame imaging capability.

This full-frame expandable remote control camera, specially designed for integration into unmanned aerial vehicle (UAV) inspection systems, is compact in size - weighing only 243 grams - yet it is equipped with a full-frame back-illuminated Exmor R™ CMOS image sensor with approximately 61 million effective pixels, offering a native resolution of up to 9504×6336 pixels. Without relying on digital zoom, it can capture cell-level fine details, making every texture and cell morphology in pathological sections clearly distinguishable, providing the most authentic and complete visual evidence for pathological diagnosis.

I. 61 mega pixels, microscopic-level detail presentation

The core advantage of the Sony ILX-LR1 lies in its 61 million pixel full-frame sensor, which offers an unparalleled ability to capture minute details. This feature plays a crucial role in pathological slice detection, translating into three core clinical values:

1. Complete retention of diagnostic information: 

The RAW format images captured by the ILX-LR1 can retain all visual information of the pathological slices, avoiding detail loss during the image transmission and processing of traditional devices. Whether it's the overall morphology and edge features of the lesion area or the microscopic texture changes of cells, they can all be accurately captured, providing doctors with multi-dimensional diagnostic basis and helping to reduce the risk of missed and misdiagnosis.

2. Maximized freedom in post-analysis: 

Pathological diagnosis often requires multi-angle and close-up analysis of slices. The ultra-high resolution images of the ILX-LR1 allow for significant cropping and magnification without compromising image quality. A single full-field scan image can simultaneously meet the needs of observing the overall tissue structure and analyzing the morphology of local cells, avoiding alignment errors and time costs caused by multiple scans, and improving diagnostic efficiency.

3. Empowering AI-assisted diagnosis: 

The application of artificial intelligence in pathological diagnosis is becoming increasingly widespread, and the performance of algorithms highly depends on the quality of training data. The ultra-high resolution images provided by the ILX-LR1 can offer AI models more abundant and precise feature information. In scenarios such as early cancer screening, it can directly enhance the sensitivity and specificity of AI diagnosis, facilitating the intelligent upgrade of pathological diagnosis.

In addition, the BIONZ XR™ image processor equipped in the Sony ILX-LR1 can effectively reduce image noise and improve color reproduction. Coupled with a wide ISO range of 100-32000, it can present true-to-life and richly layered imaging effects even in complex lighting conditions, perfectly meeting the strict requirements of pathological slice detection.

II. Lightweight + high adaptability, redefining the flexibility of pathological detection scenarios

Unlike traditional pathological imaging devices that are bulky and closed, the Sony ILX-LR1 adopts a lightweight design, eliminating redundant LCD screens, viewfinders, and grips. The compact and small body can be easily integrated into pathological detection equipment, adapting to various scene requirements, providing more flexible imaging solutions for pathology departments and research institutions:

• Convenient integration and adaptation: The camera is equipped with standardized interfaces such as USB Type-C and Micro HDMI, breaking the closed ecosystem of traditional medical devices. It can be flexibly connected to slice scanning devices, microscopes, etc., according to the actual needs of pathological detection, achieving rapid integration without complex debugging and significantly reducing equipment upgrade costs.

• Remote control for efficient and convenient operation: It supports the Sony Camera Remote SDK remote control function, allowing for remote adjustment of camera settings, triggering the shutter, and real-time monitoring of imaging effects through a computer. It is suitable for remote pathological consultation and remote teaching scenarios, breaking geographical restrictions and improving the utilization rate of medical resources.

III. Diverse lens compatibility, covering all pathological detection scenarios

The Sony ILX-LR1 supports the use of over 70 E-mount lenses, allowing for flexible selection of appropriate lenses based on different needs of pathological slice detection, achieving all-round imaging coverage from macro to micro, and adapting to various pathological detection scenarios:

Conventional pathological slice detection: By pairing with standard lenses, it can quickly complete full-field scanning of slices, clearly presenting the overall tissue structure, meeting the needs of daily pathological diagnosis. Microscopic Lesion Analysis: With a telephoto lens, it can focus on a specific area of the slice, magnifying the cell morphology and lesion details for precise identification of early-stage lesions.

Research and Teaching: With a wide-angle lens, it can simultaneously capture multiple slices, which is useful for building a pathological slice library and medical teaching demonstrations, providing high-quality image support for research data collection and talent cultivation.

Come to the CMEF site to experience the precise power of 61 million pixels firsthand.

The 93rd CMEF exhibition will be held at the National Exhibition and Convention Center (Shanghai). Sony ILX-LR1 will be showcased at the Our company booth. We sincerely invite you to visit and exchange:

Exhibition Dates: April 9th - 12th, 2026

Exhibition Venue: National Exhibition and Convention Center (Shanghai)

Booth: 8.1Q43, Hall 8