Guangzhou G-Cell Technology Co., Ltd.

 

 

There are several key components to a pathology slide scanner, including an optical system for capturing high-resolution images of the slide, an illumination system to illuminate the tissue specimens, a stage for holding the slide in place, and a camera or other imaging sensor for converting the optical information into a digital image. Other components may include software for controlling the scanning process and analyzing the resulting images, as well as hardware for storing and transmitting the digital data. Additionally, some scanners may have capabilities for automated sample preparation or image stitching to create a seamless, high-resolution image of a large tissue specimen.

 

 

GCell pathology slide scanner characteristic as follows
1. High precision: The system offers high precision, allowing for accurate analysis and measurement of tissue samples. This precision is essential in detecting subtle changes that could indicate disease or other medical conditions. With the ability to accurately measure and analyze samples, healthcare providers can make more informed decisions and provide better care to their patients.
2. High compatibility: Additionally, the system is highly compatible with various software systems and medical imaging protocols, making it an efficient tool for healthcare providers to integrate into their existing workflow. It can seamlessly communicate and transfer data with other systems, enabling better collaboration and coordination of care among medical professionals. This compatibility ensures that the system is versatile and adaptable to the needs of different healthcare settings.

 

 

GCell pathology slide scan advantage is the scanning speed is faster (with high-precision motion control) with a scanning time of ≤35 seconds using a 20x magnification on a 15x15 mm surface. This is achieved with the use of a fully closed-loop piezoelectric ceramic stacked nano-load stage to control the Z-axis, providing high precision (with a resolution of 10nm) and a response time of 40 milliseconds for 20μm travel, ensuring fast and accurate focus and positioning. The use of a magnetic levitation track further enhances precision in motion control.