Automatically scan, analyze, and generate a report containing comprehensive results including diameter average and distribution. Complete the analysis of over 2000 fibers in 3 minutes, with an error of less than 0.1 μm in fiber diameter. Support visualization during whole process.

The alumina fiber diameter automatic detection equipment employs artificial intelligence technology to measure alumina fiber diameters, capable of identifying each individual fiber in scanned digital images and automatically measuring fiber diameters. Using AI to analyze each fiber's diameter, it enables observation of fiber diameter distribution and clear surface characteristics. With a measurement capacity exceeding 2,000 fibers, it can generate reports in as little as 3 minutes, supports 24/7 unmanned operation, and processes over 200 samples per day per unit. The system is suitable for both continuous filament and staple alumina fibers, including samples with or without sizing agents.

The carbon fiber diameter automatic detection equipment employs artificial intelligence technology to measure carbon fiber diameters, capable of identifying each individual fiber in scanned digital images and automatically measuring fiber diameters. Using AI to analyze each fiber's diameter, it enables observation of fiber diameter distribution and clear surface characteristics. With a measurement capacity exceeding 2,000 fibers, it can generate reports in as little as 3 minutes, supports 24/7 unmanned operation, and processes over 200 samples per day per unit. The system is suitable for both continuous filament and staple carbon fibers, including samples with or without sizing agents.

The basalt fiber diameter automatic detection equipment employs artificial intelligence technology to measure basalt fiber diameters, capable of identifying each individual fiber in scanned digital images and automatically measuring fiber diameters. Using AI to analyze each fiber's diameter, it enables observation of fiber diameter distribution and clear surface characteristics. With a measurement capacity exceeding 2,000 fibers, it can generate reports in as little as 3 minutes, supports 24/7 unmanned operation, and processes over 200 samples per day per unit. The system is suitable for both continuous filament and staple basalt fibers, including samples with or without sizing agents.

The fiber powder length automatic detection equipment utilizes artificial intelligence technology to measure the diameter and length of powdered fibers. It can identify each individual fiber in scanned digital images and automatically measure fiber length and diameter. Using AI to analyze each fiber's dimensions, it provides fiber diameter/length distribution data and clear surface characterization, while distinguishing target fibers from non-target fibers to identify impurities and fiber residues. With a single measurement capacity exceeding 3,000 fibers, it generates reports within just 3 minutes, operates 24/7 unmanned, and processes over 200 samples daily per unit. The system supports input parameters including aspect ratio, diameter/length D90, D10 distribution and other key metrics.

Multi-layer scanning ensures the acquisition of all morphological characteristics, followed by automatic analysis and quantification. Complete the analysis of over 2000 fibers in 3 minutes, with full visualization throughout the process.

Multi-layer scanning ensures the acquisition of all morphological characteristics, followed by automatic analysis and quantification. Complete the analysis of over 2000 fibers in 3 minutes, with full visualization throughout the process.

Automatically scan, analyze, and generate a report containing comprehensive results including diameter average and distribution. Complete the analysis of over 2000 fibers in 3 minutes, with an error of less than 0.1 μm in fiber diameter. Support visualization during whole process.

Sharp whole slide scanning images are obtained with 100x oil lens. Cells are automatically analyzed across the entire slide. Digitalized slide review and management are achieved through this system.

Sharp whole slide scanning images are obtained with 100x oil lens. Cells are automatically analyzed across the entire slide. Digitalized slide review and management are achieved through this system.

Sharp whole slide scanning images are obtained with 100x oil lens. Cells are automatically analyzed across the entire slide. Digitalized slide review and management are achieved through this system.