Explore the history and future trends of the digital pathology scanner, from whole slide scanning to AI-driven workflows, and how Morphle Labs supports modern pathology.

Discover how AI and digital pathology scanners eliminate repetitive tasks in pathology, improving efficiency, consistency, and AI-ready workflows.

Looking for a digital pathology scanner for low-volume labs? Learn how 15-slides/day labs can choose an affordable whole slide scanner and scale as workloads grow.

Learn best practices for telepathology second opinions. See how a digital pathology scanner, whole slide scanning, and optimized viewers enable fast, accurate remote diagnosis.

Uncover the truth behind common digital pathology scanner myths. Learn what truly impacts image quality, workflow performance, and smart whole slide scanning decisions.

Discover the hidden costs behind digital pathology scanners. Learn what to budget for storage, maintenance, workflow changes, and long-term operational needs.

Discover the difference between 20x and 40x in whole slide imaging. Learn how resolution impacts workflow, diagnostics, and choosing the right slide scanner pathology system.

Cytology’s 3D cell clusters and uneven thickness demand advanced imaging. A whole slide imaging system for cytology must deliver precise focus, Z-stacking, and fast, high-quality scanning. The blog explains key terminology, the cytology scanning workflow, and technical factors like optics, compression, and AI readiness. It outlines benefits such as telepathology, teaching, QA, and research, along with challenges like larger file sizes. A buying guide highlights essential scanner features, and future trends include adaptive Z-stacking and AI-assisted focusing. Morphle’s high-speed, Z-stacking scanners are positioned as ideal for cytology digitization.

Whole Slide Imaging (WSI) generates massive data volumes, making storage planning a critical part of digital pathology adoption. This blog explains how to estimate WSI storage requirements by breaking down file sizes, scan resolution, compression methods, tissue area, Z-stacking, and retention policies. It explores how storage impacts daily pathology workflows, telepathology, AI in histopathology, and long-term archives. The article compares onsite, cloud, and hybrid storage strategies, outlines compliance considerations, and provides practical guidance for calculating annual terabyte needs. It also highlights how Morphle scanners support scalable, efficient storage for growing digital pathology workloads.