
Cloud-based Karyotype analysis
Scanner agnostic karyotyping application

Encore is an automated imaging and analysis platform for laboratories running multiple applications and growing workloads — combining high capacity, intelligent automation, and flexible workflows on one compact system.



Capture precise, consistent images across fluorescence and brightfield applications with high-resolution optics, stable illumination, and automated imaging parameters.
Encore recognizes each test, applies the appropriate protocol, switches between imaging modes, and analyzes images as they are captured.
Keep cases moving with 60- or 120-slide capacity and unattended operation, reducing hands-on time and supporting continuous scanning day and night.
Review, analyze, and sign off on cases locally or remotely through a standard web browser — with no software or plug-ins required.
Encore brings different applications, imaging modes, and scanning protocols together in one uninterrupted workflow.

Prepare slides outside the scanner using detachable magnetic cassettes, then combine supported applications in one uninterrupted batch.
A dual-modality identification system reads the case ID and scan instructions while capturing a visual record of the barcode printed on the slide.
Encore applies the appropriate scanning protocol and switches between fluorescence and brightfield imaging for each application.
Images are processed as they are captured, allowing teams to begin reviewing results while Encore continues scanning.
Encore brings karyotyping, FISH, cytology, pathology, and rare-cell applications together on one automated imaging platform.
Automated imaging for karyotyping and FISH workflows across cytogenetic samples.
Not sure which applications fit your workflow?
Encore combines reliable slide identification, stable illumination, high-resolution digital capture, and precision optics in one automated imaging platform.

A barcode reader extracts the case ID and scan definitions, while an imaging camera captures a visual record of the barcode physically printed on the slide.
The high-power LED fluorescence light source delivers vibration- and heat-free illumination through a liquid light guide, requires no alignment, and is designed to retain more than 70% of its initial optical output for over a decade.
High-dynamic capture reveals detailed chromosomal structures while recording both bright and dim fluorescence signals within the same image.
Advanced apochromatic correction across a broad spectral range, including near-UV and far-red, supports improved signal-to-noise performance in low-light fluorescence imaging.
Integration and deployment options can be configured around your laboratory environment.
A BioView specialist will review your application mix, slide volume, and current workflow before contacting you.