Leica Biosystems’s new HistoCore LIGHTNING C Laser Cassette Printer is designed to help pathology laboratories standardize critical histology workflows, improve traceability and move from sample to answer with greater speed and certainty.
Pathology laboratories are navigating some of today’s hardest workflow challenges: rising case volumes, increasing test complexity and persistent staffing constraints. Even small inefficiencies in early workflow steps can create large downstream delays, rework and risk. Reliable cassette identification is critical to maintaining traceability throughout the diagnostic process, yet traditional labeling methods can introduce inconsistency, manual steps and ongoing maintenance demands. As laboratories continue to advance digital pathology and explore AI-enabled tools, consistency and traceability at the front end of the workflow become increasingly important to the quality of downstream images, data and diagnostic insights.
The HistoCore LIGHTNING C Laser Cassette Printer addresses these challenges by delivering fast, consistent and durable specimen identification at the very start of the histology workflow. Designed for use with validated Leica Biosystems cassettes, the system uses high-quality UV laser printing to produce clear and durable markings, including barcodes and 2D codes, to support reliable traceability as samples move from processing through diagnosis. With printing speeds of up to 2.5 seconds per cassette and capacity for up to 600 cassettes, laboratories can optimize throughput, reduce bottlenecks and maintain workflow continuity, even under growing demand.
By eliminating the need for ink and ribbons, the system helps laboratories reduce maintenance requirements, minimize downtime and lower total cost of ownership. Automated color recognition and LIS compatibility further optimize operations by matching cassette color to predefined templates, reducing manual intervention and helping prevent identification errors so laboratories can standardize critical foundational workflow steps.