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Our QCPRECISE™ Product

The QCPRECISE™ Precision Extraction Platform converts annotated regions of interest on a tissue slide into enriched, molecular-ready samples for high-quality DNA, RNA, and protein analysis

AI-native software that transforms digital pathology annotations into precise print files, enabling automated, reproducible tissue extraction workflows.

High-precision inkjet tissue printer that uses a polymer to mask all non-target tissue, leaving only the regions of interest exposed for downstream processing.

Optimized consumables kit for tissue masking and on-slide lysis that generate DNA- or RNA-ready lysates exclusively from selected regions of interest, enabling high-purity nucleic acid purification.

QCPRECISE™ instrument printing a precision mask onto a tissue slide
Foundation

AI native software that carries precision through every step

QuantumCyte is built on AI native software across the whole workflow, retaining precision from AI-based digital pathology through precision masking to high-fidelity molecular data.

Tumor tissue before enrichmentBefore
Tumor tissue after enrichmentAfter

Precision that compounds

Each stage builds on the last, turning AI-guided decisions into physical masks and then into high-fidelity extraction.

No handoffs, no loss

The system maintains high accuracy in every step from digital annotation through tissue masking and on-slide lysis and purification.

Data that matters

Clean tissue means clear molecular output.

How it works

QCPRECISE™: AI, automation, and precision drive results

QCPRECISE™ integrates seamlessly into your FFPE tissue workflows. It transforms any annotated slide into a molecularly precise sample in five simple steps:

  1. 01

    Tumor Identification

    Manual or AI driven tumor annotations.

    Identify tumor
  2. 02

    Digital Mask Generation

    Our software utilizes AI and computer vision to translate annotations to a printable mask file.

    Digital mask generation
  3. 03

    Tumor Masking

    Mask file is inkjet printed on tissue to leave only tumor cells for extraction.

    Tumor masking
  4. 04

    Tumor Extraction

    Tumor cells are lysed for DNA or RNA purification.

    Tumor extraction
  5. 05

    Molecular Testing

    Extracted DNA or RNA is sequenced, leading to a higher signal to noise ratio.

    Variant DetectionVAF SIGNAL
AI-annotated tissue with tumor regions highlightedPrecision mask applied over the annotated tissueTissue after tumor extraction
IdentifyMaskExtract
Purity

Preserve tumor purity and spatial accuracy

Improve Signal. Increase Confidence.

Higher sensitivity and signal quality (including variant allele frequency improvements)
More reportable results from existing samples
Reduced failure rates in molecular workflows
Lab technician loading a tray of slides into the QCPRECISE instrument
Scale

Throughput that scales with your lab

QCPRECISE™ runs end-to-end, from annotation to extraction to purification, at throughput that matches your lab's demand.

Results

What the platform
delivers

Increased variant allele frequency (VAF) and improved detection sensitivity.

Signal Purity

Higher tumor signal purity, enabling more confident downstream analysis.

Sample Recovery

The ability to recover usable signal from samples that would otherwise be borderline or unusable.

Variant DetectionVAF SIGNAL

Proven results

From labs transforming their workflows.

Without precise tumor enrichment this patient would have been denied a life-extending therapy.

Dr. Lim Kiat Hon (Tony)
Dr. Lim Kiat Hon (Tony)Chairman, Division of Pathology, Singapore General Hospital
Singapore General Hospital

Questions

Everything you need to know about QuantumCyte integration and performance.

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QuantumCyte is available through direct partnership and integration.