Sony FCB camera block
When it comes to the SONY ILX-LR1, many users believe it is a full-frame camera specifically designed for drone inspection. As an officially authorized dealer of SONY (China), Xuanzhan Technology is very responsible to tell you that the SONY ILX-LR1 also fully demonstrates the high-precision imaging with 61 million effective pixels in the medical testing industry.
I. Unmanned Aerial Vehicle Inspection: Efficiency Leap Driven by High Resolution
1. Hardcore support that boosts blade inspection efficiency by 30%
After the fully automatic wind turbine blade inspection system of a certain intelligent technology company was equipped with SONY ILX-LR1, the inspection time for a single wind turbine was reduced to 25 minutes, and the overall efficiency was increased by approximately 30%. Its core breakthrough lies in:
61-megapixel full-frame sensor: A single photo can replace more than three photos of a traditional camera in terms of information volume, and minute damages such as blade cracks and corrosion are clearly visible.
High-performance shooting performance: It only takes 1 second to take 3 photos. Under the premise of ensuring precise trigger control, it improves shooting efficiency and reduces operation time.
Precise focusing: By integrating distance measurement through the SDK interface, the focusing area is dynamically adjusted to address the pain point of blurred imaging caused by high-altitude shaking.
2. Industrial-grade design reshapes the operation mode
Six-sided screw holes + DC power supply: The body is equipped with M3 screw holes on all six sides, making it suitable for complex carriers such as drones and robots. The DC power supply interface is directly connected to the device battery, so there is no need to worry about battery life.
Wide dynamic range: The reflection of leaves under strong light and the cracks in the shadow area are presented clearly simultaneously, and the overexposure rate is greatly reduced.
Ii. Medical Testing: The Pixel Revolution in the Operating Room
1. Clinical-grade imaging empowers precise decision-making
Microstructure visualization: 61 million pixels combined with Exmor R™ CMOS sensors provide clear imaging of tiny tissues such as vascular bifurcations and nerve pathways, assisting doctors in identifying early lesions.
The underlying support for digital healthcare: High-resolution images provide a data foundation for the recognition of pathological cells and 3D reconstruction.
2. Remote collaboration that breaks through the limitations of time and space
Real-time viewfinder +SDK control: Doctors remotely adjust the focus and exposure parameters through the Camera Remote SDK to achieve cross-hospital surgical guidance and improve the efficiency of resource allocation.
ISO 100-32000 wide light sensitivity: Suitable for the low-light environment of endoscopes and the strong light scene of shadowless lamps, ensuring low noise interference in cavity surgery images, thereby achieving high-pixel and high-fidelity image output.
Iii. The Underlying Logic of High Efficiency: Technology Inclusiveness and Scenario Integration
The “dual-domain dominance” of SONY ILX-LR1 stems from SONY’s in-depth understanding of industrial scenarios:
1. Compatible with an ultra-large volume of 243 grams
Weighing only 243 grams (without a screen or battery), it can be embedded in the robotic arm of a surgical robot or the gimbal of a drone, expanding the functions of medical and industrial equipment without any burden.
2. Modular design
Supporting over 70 E-mount lenses, it can freely switch from wide-angle to macro, meeting the wide-area coverage requirements of drone inspections and the microscopic focusing needs of medical testing.
3. Open ecosystem
Through the Camera Remote SDK, users can customize and develop control software to achieve seamless interaction between cameras and devices such as unmanned aerial vehicles and surgical robots.
4. Low-latency transmission
The DC 10-18V DC power supply and 6-pin interface design ensure real-time synchronization of image data and device status, providing millisecond-level response for remote control.
5. Enhanced by secondary development
With 16 years of practical experience in secondary development of high-definition video, Xuanzhan Technology must undertake the development task of the SONY ILX-LR1 control board. By deeply integrating the API interface of SONY Camera Remote SDK, it realizes the functions of remote precise control of camera parameters, real-time viewfinder and high-speed image transmission. Significantly enhance the efficiency of drone inspection and medical testing.
Summary
From a height of a thousand meters to a micro-level organization, SONY ILX-LR1 demonstrates with its 61 million pixels that the essence of the efficiency revolution is to enable technology to break through the physical limitations of scenarios. Whether it’s the drone inspection that guards the lifeline of the city or the time-sensitive operating room, SONY ILX-LR1 can shine with the same sharp light.