SinAPC15A Technical Cleanliness Inspection System

Brand and Model:

-Brand:XIENS

-Model:SinAPC15A Technical Cleanliness Inspection System

Purpose of the Device:

-Used to count and analyze the type, size, and quantity of contaminant particles on the filter membrane, and classify them by size grade.

Equipment Component:

-Japanese Olympus SZX7 high-depth-of-field microscope

-Motorized High-precision Scanning Stage

-High-definition Imaging System

-Technical Cleanliness Software

-High Performance Computer

Performance:

-Japanese Olympus SZX7 high-depth-of-field stereomicroscope (for detecting particles ≥15μm) provides customers with more comprehensive solutions with excellent imaging performance and comfortable operating experience.

-Repeat accuracy of X and Y axis fully automatic control scanning stage≤1μm; Stroke: 80mm*60mm; Maximum speed≥100mm/s; Minimum step size: ≤200nm.

-HD color CMOS camera with USB 3.0 interface possess accuracy of 0.5μm/pixel, actual pixels of 2.3 million, High frame rate of 40 frames/second and fast capture speed without lag.

-Professional cleanliness analysis software features streamlined and simplified processes; with functions such as seamless stitching technology, repeated positioning of each particle, full image browsing, particle statistics, automatic evaluation, and one-click export of professional reports, ensuring high efficiency, accuracy and reliability.

-Operating system: Windows 10/64-bit operating system is featured and the computer hardware configuration is not lower than: CPU-I7 octa-core, 1TB HD, 16GB memory, 1TB hard disk, 21.5-inch HD display.

1.The scanning and evaluation time for a single filter membrane should be controlled within 3 minutes (under the condition of a 3× objective lens, with a total magnification of no less than 250×).

2.The analysis can accurately distinguish metal particles, non-metal particles, and fibers, so as to have standard data basis for judgment.

3.The research-grade stereomicroscope with high depth of field, by virtue of its ultra-high depth of field and the new 4th-generation filter membrane clamping device, perfectly solves the problem of failure to capture all sharply focused images during scanning caused by the uneven surface of the filter membrane.