Advanced Single Cell RNA Analysis Platforms

Unlock pure, contamination-free single-cell input for RNA-seq with laser capture microdissection technology built for U.S. research labs. From FFPE archives to fresh tissue, isolate exactly the cells you need while preserving morphology, nucleic acid integrity, and positional context for reliable, reproducible sequencing results.

Researcher using laser capture microdissection system for single cell RNA analysis

Single Cell RNA Analysis Systems

Comprehensive tools for isolating, visualizing, and sequencing single cells with precision and reproducibility.

Laser Capture Microdissection

The Accuva Cellect system uses a gentle IR laser for contact-free isolation of single cells and small populations, and a UV laser for cutting dense structures such as bone and plant tissue, preserving morphology and nucleic acid integrity for downstream analysis.

Single-Cell Isolation

Purpose-built contact-free capture technology isolates individual cells or tiny populations without contamination, ensuring genomic workflows begin from a genuinely pure input.

RNA Sequencing Support

LCM-optimized RNA extraction protects fragile transcripts, and linear amplification builds sufficient input from tiny samples so RNA-seq libraries reflect a single defined cell population.

Spatial Transcriptomics

Capture morphologically defined regions and run LCM-optimized RNA extraction to generate region-specific expression profiles mapped directly onto tissue architecture.

AI-Powered Analysis

LEAP AI combines Accuva LEAP optics with deep learning image segmentation, reducing user-to-user variability and improving accuracy across analysis workflows.

Rare Cell Isolation

Contact-free IR capture retrieves scarce or scattered target cells individually without disturbing surrounding tissue, concentrating enough material where flow sorting or bulk extraction would fail.

Purity-Driven Sequencing

Precision Cell Isolation for Reliable Genomic Insights

U.S. research and clinical labs rely on Laxco's Accuva Cellect platform to generate the purest possible single-cell input for RNA analysis. Contact-free laser capture with the gentle IR laser preserves cell morphology and nucleic acid integrity down to single cells and picogram-level input, while integrated LEAP AI software streamlines segmentation and reporting—helping teams meet increasingly rigorous NIH and grant-review data quality expectations.

Laboratory technician analyzing single cell RNA data on a computer screen
The Laxco Difference

Why Choose Laxco, Inc.?

Here's what sets our single cell RNA analysis platforms apart for U.S. researchers.

Integrated Ecosystem

One brand delivers microscopes, LCM systems, AI software, and support—simplifying procurement for U.S. labs.

AI-Powered Precision

LEAP AI's deep learning segmentation reduces user variability, supporting reproducible results demanded by U.S. grant reviewers.

US-Assembled Technology

The Accuva Cellect system is designed, assembled and quality-tested in the USA at Mill Creek, Washington.

Grant Support

The Laxco Cellect Grant Assistance Program helps U.S. researchers integrate LCM technology into NIH, NSF, HHMI, and DOD proposals.

Meet the Laxco Team

The specialists behind our optical and single-cell analysis platforms.

Laxco, Inc. is headquartered in Mill Creek, Washington, and has grown from a microscopy equipment provider into a comprehensive optical and measurement technology company serving U.S. life sciences, diagnostics, and industrial sectors. Through a strategic partnership with Media Cybernetics, Laxco developed the LEAP AI platform, merging advanced optics with AI-powered analysis software. Our Accuva Cellect laser capture microdissection system reflects our commitment to precision engineering for researchers navigating the rigorous data-quality standards expected by U.S. funding agencies and journals. From cancer research labs to university classrooms, our team provides dedicated technical support to help scientists get the most from their investment.

Frequently Asked Questions

How much does a single-cell sequencing cost?

Costs vary widely depending on platform, sample volume, and depth of sequencing, typically ranging from a few hundred to several thousand dollars per sample. Factors like library preparation, cell isolation method, and sequencing depth all influence pricing. Using precise isolation tools like laser capture microdissection can reduce downstream costs by improving input purity and reducing failed runs.

What are the 10x Genomics single cell platforms?

What is laser capture microdissection used for in single-cell RNA analysis?

Can I use archived FFPE samples for single-cell RNA analysis?

What kind of support is available after purchasing a platform?

Does the platform integrate with existing lab software or instruments?

How does AI improve single-cell RNA analysis accuracy?

Is grant support available for researchers adopting this technology?

Still Have Questions?

Talk to our specialists about which single cell RNA analysis platform fits your research needs.

Built and Tested in the USA

Awards and Recognition

Media Cybernetics partnership recognition badge

Strategic AI Partnership

Integrated LEAP AI platform developed with Media Cybernetics

In-house quality control certification badge

In-House Quality Control

All accessories assembled under strict quality protocols

Ready to Elevate Your Single Cell RNA Research?

Share a few details about your lab's needs and our team will follow up with tailored recommendations.

Contact Us Today

For immediate assistance, feel free to give us a direct call at 425-686-3081. You can also send us a quick email at info@laxcoinc.com.