Digital Pathological Slide Scanner

Labzee digital pathological slide scanners are advanced imaging systems designed to convert glass microscope slides into high-resolution digital formats for storage, analysis, and remote consultation. They offer fast, automated scanning with consistent image quality across multiple magnifications. These systems support batch scanning, multi-format image output, and integration with digital pathology software. Their high-speed operation, precision optics, and secure data handling streamline pathology workflows. Our digital pathological slide scanners are ideal for use in clinical diagnostics, teaching institutions, telepathology platforms, and research laboratories.

Camera Resolution

Slide Capacity

Frame Rate

Objective Magnification

Numerical Aperture (NA)

Frequently Asked Questions

1: When is a digital slide scanner used in pathology labs?

It is used to digitize stained tissue slides for viewing, analysis, and sharing. It enhances archiving, remote diagnostics, and integration with AI tools. Digital scanning supports faster, collaborative pathology workflows.

2: Can multiple slides be scanned in a single run?

Yes, most models support batch loading and scanning of dozens to hundreds of slides. Automated feeders help manage large volumes efficiently. This is ideal for high-throughput environments.

3: Can scanned slides be integrated with pathology software?

Yes, scanners are designed for compatibility with digital pathology platforms and LIS. They allow seamless image storage, annotation, and case management. Some models support cloud-based access and AI analysis.

4: When should calibration be performed for consistent image quality?

Regular calibration-typically monthly or as recommended-is vital for optimal image clarity. Some systems include auto-calibration features. Proper maintenance ensures diagnostic reliability.

5: Can different magnifications be selected during scanning?

Yes, users can choose from various magnification levels (e.g., 20x, 40x) based on diagnostic need. Dual or multi-objective systems provide flexibility. High magnification improves detail but may increase scan time.