Gene Sequencing Robots: Top 7 Options in the USA for 2026

Name: Illumina NovaSeq X Plus
Brand: Illumina NovaSeq X Plus

Published on Thursday, February 26, 2026

Gene sequencing robots automate the process of determining the precise order of nucleotides in DNA, transforming how laboratories conduct genomic research and diagnostics. In the USA, demand for these systems has grown rapidly as academic centers, biotech firms, clinical laboratories, and government research programs seek faster turnaround, higher throughput, and better reproducibility. These robots appeal to buyers because they reduce hands-on time, lower error rates, integrate with laboratory information management systems (LIMS), and scale from small pilot projects to population-scale sequencing. Advances in sample preparation automation, chemistry, and instrument control have narrowed the trade-offs between read length, accuracy, and cost per gigabase, so consumers choose systems that best match their priorities: ultra-high throughput for population genomics, long reads for structural variant discovery, compact benchtop units for targeted research, or portable devices for fieldwork and point-of-care workflows. Support, installation, consumable availability, and regulatory/compliance pathways also strongly influence purchase decisions in the US market.

BEST ULTRA-HIGH THROUGHPUT

Illumina NovaSeq X Plus

Illumina NovaSeq X PlusLocal Product

The NovaSeq X Plus is Illumina's market-leading high-throughput short-read sequencing robot, delivering unmatched raw throughput and very low cost-per-genome for large-scale gene sequencing robot deployments. Compared with Oxford Nanopore's long-read PromethION and portable MinION it prioritizes short-read accuracy and scale economics, and while MGI and Element can be more price-competitive in some regions the NovaSeq X Plus remains the go-to choice for centers that need maximum throughput and the broadest ecosystem support.

4.8

★★★★☆

Review Summary

96%

"Users consistently praise the NovaSeq X Plus for unmatched high-throughput, speed and base-call accuracy for large-scale genomics projects, though many note the high capital and operating costs and need for significant infrastructure. Long-term adopters highlight reliable performance and broad ecosystem support across applications."

Ultra-high throughput — data powerhouse
Low cost per Gb — budget beast
Scalable runs — center backbone

Highest short-read throughput for population-scale and large cancer sequencing projects.
Optimized chemistry and flowcell design for low cost per gigabase at massive scale.

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2 options

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Lowe's

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$1,200,000-$2,200,000

BEST LONG-READ SEQUENCER

PacBio Revio

PacBio

The PacBio Revio is a cutting-edge long-read sequencing system that offers unprecedented accuracy and throughput for complex genomic applications. With its innovative chip technology, the Revio enables researchers to generate high-quality data in a fraction of the time compared to traditional methods. Its unique SMRT sequencing technology ensures comprehensive genome coverage, making it a preferred choice for de novo genome assemblies and structural variant analysis. By merging throughput with quality, the Revio stands out among its competitors in the long-read sequencing arena.

4.7

★★★★☆

Review Summary

90%

"Customers highlight the PacBio Revio for its long-read sequencing capability, which greatly enhances genomic analysis and provides highly accurate results."

Long reads, no limits 📏
Robust genome insights 🔍
Precision at its peak 🎯

Ultra-long read lengths
High accuracy with circular consensus sequencing

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50000-90000$

BEST LONG-READ HIGH-THROUGHPUT

Oxford Nanopore PromethION 2 Solo

The PromethION 2 Solo is Oxford Nanopore's high-capacity long-read sequencing robot optimized for large structural-variant, epigenetics and de novo assembly workflows with real-time basecalling and scalable flow-cell modules. Its ability to produce ultra-long reads and stream data live gives technical advantages over short-read systems like NovaSeq, MGI and Element for complex genomes, making it a complementary leader for labs that prioritize long-read capabilities over pure per-base short-read throughput.

4.6

★★★★☆

Review Summary

92%

"Reviewed users value the PromethION 2 Solo for delivering scalable, high-yield long reads and real-time data, with strong praise for flexibility and run scaling; some report per-base accuracy still trails short-read platforms for certain applications. Users also appreciate its modular design for expanding capacity as needs grow."

Ultra-long reads — genome marathon
Real-time output — live updates
Modular scaling — plug-and-play flair

Produces very long nanopore reads for structural variation and de novo assembly.
Scalable flowcell and compute options for high-sample throughput in a compact footprint.

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$150,000-$350,000

BEST COST-EFFECTIVE HIGH-OUTPUT

MGI Tech DNBSEQ-G99

The DNBSEQ-G99 from MGI Tech uses DNA nanoball chemistry to offer high-throughput short-read sequencing with competitive per-gigabase costs and low duplication rates, making it attractive for price-sensitive large projects and national sequencing initiatives. Financially it can undercut some Illumina offerings on reagent costs in select markets and is technically competitive for routine variant calling, though it typically lacks Illumina's global service footprint and the long-read advantages of Oxford Nanopore platforms.

4.5

★★★★☆

Review Summary

90%

"Customers report the DNBSEQ-G99 offers competitive accuracy and a lower per-base cost than some rivals, delivering dependable short-read output for many standard workflows; deployment and regional support quality vary by location. Users praise its run-to-run consistency and cost-efficiency for medium-to-large projects."

High accuracy — cost cutter
Dense flowcell — compact muscle
Fast throughput — queue buster

High-output short-read chemistry aiming to compete on cost-per-base with established platforms.
DNBSEQ technology reduces amplification bias for uniform coverage.

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$600,000-$1,100,000

BEST SMALL BENCHTOP

Illumina MiSeq i100 Series

Illumina MiSeq i100 SeriesLocal Product

The MiSeq i100 Series is Illumina's compact benchtop sequencing robot designed for rapid, low-cost runs and straightforward robotic integration for targeted panels and small labs. It offers much lower capital and per-run costs than large machines like the NovaSeq X Plus and is more appropriate than mid-throughput systems for low-volume clinical or research workflows, but it cannot match the high throughput or per-sample economics achievable on larger short-read or long-read platforms.

4.5

★★★★☆

Review Summary

91%

"Laboratories commonly describe the MiSeq i100 as a dependable benchtop workhorse for targeted panels and small to medium projects with easy setup and consistent, high-quality data; throughput is limited compared with high-end systems. Long-term users appreciate its simplicity, fast turnaround and mature software support."

Benchtop friendly — lab cozy
Quick targeted runs — clinic-ready
Simple setup — newbie welcome

Compact benchtop short-read sequencer suited to targeted panels, small genomes, and educational labs.
User-friendly workflow with fast turnaround for low-to-moderate sample volumes.

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Dealdoo

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$50,000-$150,000

BEST PORTABLE NANOPORE

Oxford Nanopore MinION Mk1D

The MinION Mk1D is Oxford Nanopore's pocket-sized, field-deployable sequencing robot that enables real-time long-read sequencing with minimal capital expenditure, ideal for on-site pathogen surveillance and rapid prototyping of gene sequencing workflows. It uniquely enables mobile, low-overhead sequencing that none of the larger lab systems can match, though users trade off throughput, flow-cell lifespan and raw per-base accuracy versus benchtop and high-throughput instruments from Illumina, MGI and Element.

4.4

★★★★☆

Review Summary

89%

"Users repeatedly highlight the MinION Mk1D's portability, rapid deployment and real-time long-read capability for field and time-sensitive work, while noting greater variability in raw-read accuracy compared with high-end short-read platforms. Enthusiasts value its flexibility and low barrier to entry for experiments outside traditional labs."

Pocket-sized portability — field hero
Live sequencing — instant results
USB-powered simplicity — laptop pal

Handheld, real-time nanopore sequencer ideal for fieldwork, rapid pathogen ID, and point-of-care research.
Very low capital cost with consumable flowcells for flexible, on-demand sequencing.

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Wardsci

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$999-$4,999

BEST MID-THROUGHPUT COST-EFFICIENT

Element Biosciences AVITI24

Element Biosciences AVITI24Local Product

The AVITI24 from Element Biosciences is a mid-throughput short-read sequencing robot engineered for low per-sample costs and flexible run configurations, targeting clinical and core labs that need predictable economics without NovaSeq scale. It competes with Illumina and MGI on short-read accuracy and trims sequencing costs for small-to-medium batches compared to MiSeq, while not matching the absolute throughput of NovaSeq or the long-read, real-time capabilities of Oxford Nanopore devices.

4.3

★★★★☆

Review Summary

88%

"Early adopters of the AVITI24 report very good short-read accuracy and competitive per-sample economics for mid-throughput labs, with praise for simplified workflows; some users mention limited installed base and fewer third-party integrations compared with incumbents. Overall impressions emphasize strong data quality for routine applications."

Compact accuracy — quiet performer
Low-cost per sample — budget champ
Automated prep — hands-off joy

Mid-throughput short-read platform focused on low cost per sample and consistent data quality.
Compact lab footprint with automation options tailored for clinical and translational labs.

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$175,000-$350,000

How to Choose

What Research Shows About Automated Gene Sequencing

Scientific studies and industry evaluations show that automation in sequencing improves consistency, accelerates project timelines, and enables analyses that were previously impractical at scale. Peer-reviewed work and cross-platform comparisons highlight distinct strengths of different sequencing approaches and how robotics enhances lab throughput and reproducibility. For beginners, the key takeaways are: automation reduces manual error, high-throughput platforms lower per-sample cost, and long-read technologies reveal genetic features that short reads can miss. Researchers planning projects should match platform characteristics to study goals and consider end-to-end workflows that include automated sample handling, library preparation, sequencing, and data analysis.

Improved reproducibility: Automated library preparation and liquid handling reduce variability between runs compared to fully manual workflows.

Higher throughput and lower unit cost: Large-scale platforms enable projects such as population genomics and large-cohort clinical sequencing by reducing cost per gigabase.

Better structural variant detection with long reads: Long-read platforms and hybrid approaches detect complex rearrangements and repeat expansions that short-read methods can miss.

Faster time to results: Robots that integrate sample prep and sequencing shorten turnaround for clinical and translational projects.

Real-world applications validated: Studies in oncology, rare disease diagnosis, microbial genomics, and metagenomics show clear benefits from automated, high-quality sequencing data.

Frequently Asked Questions

Which sequencing robot should a core facility buy?

Illumina NovaSeq X Plus is a strong choice for centralized core facilities because it’s designed for integrated automation and high uptime, and it targets the highest short-read throughput for population-scale and large cancer sequencing projects.

What key capability does Oxford Nanopore PromethION 2 Solo offer?

Oxford Nanopore PromethION 2 Solo produces very long nanopore reads for structural variation and de novo assembly, with real-time basecalling and adaptive sampling for targeted enrichment workflows.

How does Illumina NovaSeq X Plus pricing compare?

The provided data doesn’t list a price for Illumina NovaSeq X Plus, but it notes optimized chemistry and flowcell design for low cost per gigabase at massive scale for large-scale deployments.

Is PacBio Revio better for long reads and accuracy?

PacBio Revio is positioned for long-read, high-accuracy work: it offers ultra-long read lengths with high accuracy via circular consensus sequencing for versatile genomics applications.

Conclusion

This list highlights seven leading gene sequencing robots available in the USA for 2026: Illumina NovaSeq X Plus, PacBio Revio, Oxford Nanopore PromethION 2 Solo, MGI Tech DNBSEQ-G99, Illumina MiSeq i100 Series, Oxford Nanopore MinION Mk1D, and Element Biosciences AVITI24. Each serves a distinct role: the NovaSeq X Plus is the best overall choice for very high-throughput institutional labs that prioritize cost-efficiency and scale; PacBio Revio and Oxford Nanopore PromethION 2 Solo excel for long-read applications and structural variant work; the MGI Tech DNBSEQ-G99 is a high-throughput alternative with competitive economics; Illumina MiSeq i100 Series and Oxford Nanopore MinION Mk1D cover benchtop and portable needs; and Element Biosciences AVITI24 provides a balance of throughput and accuracy for mid-scale projects. We hope you found what you were looking for; you can refine or expand your search using the site search to filter by throughput, read length, price, or intended application.