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AXELIOS 1 Platform
The AXELIOS 1 Platform is engineered to redefine next-generation sequencing (NGS). Powered by sequencing by expansion (SBX) chemistry, the platform combines scalable throughput and exceptional data quality with ultra-fast run times to accelerate the path from sample to data. Unlike traditional platform architectures that couple synthesis with signal detection, requiring iterative cycles that limit sequencing rates and real-time data analysis, the AXELIOS 1 Platform decouples synthesis from signal measurement. This separation enables uninterrupted, real-time single-molecule sequencing on a specialized sensor array. It also creates a flexible ecosystem, allowing each instrument to operate at peak efficiency, maximizing utilization and delivering faster workflows with near real-time analysis.
Anchoring the platform is the high-density, reusable sensor module engineered to deliver production-scale throughput. The sensor module features millions of pores to provide massive throughput for Xpandomer measurement. With dense complementary metal oxide semiconductor (CMOS)-based architecture, it achieves consistent performance across 20 sequencing runs. The system is thoroughly cleaned after every cycle, ensuring the longevity and reliability of the module’s millions of active pores. This can effectively lower your cost per run and ensure that high-fidelity data quality remains both accessible and efficient for your sequencing demands.
AXELIOS 1 Platform: Discover the future of high-throughput sequencing
Discover the future of high-throughput sequencing with AXELIOS 1 Platform and its breakthrough SBX technology. This overview highlights the seamless integration of synthesis and measurement, delivering results in hours, not days.
Experience the precision engineering and automated analysis designed to scale with your most ambitious research needs. AXELIOS 1 Platform empowers the scientific community with the speed and accuracy required for the next era of genomic discovery.
SBX-D specifications and estimated throughput
View full tableSBX-D specifications and estimated throughput
Category |
Metric |
Value |
Performance* |
SBX-duplex (SBX-D) output (concordant duplex bases per 4 hr run) |
≥ 1.8 Tb |
Mean insert length** |
~ 230 to 260 bp |
|
Sequencing time† |
~ 15 min to 4 hrs |
|
Accuracy§(concordant duplex bases) |
~ Q38 |
|
Maximum Run Time‡ |
AXELIOS 1 Synthesis Instrument |
~ 4 hrs |
AXELIOS 1 Sequencing Instrument |
1 run: ~ 5.5 hrs |
|
AXELIOS 1 Sequencing Instrument |
4 runs (queued): ~ 22 hrs |
|
Estimated Throughput |
Human genomes per 4 hr run (at 30x median deduplicated concordant duplex base coverage) |
~ 16 |
*Performance metrics, such as output, mean read length, quality score, etc. can vary based on sample type and quality, library prep conditions and loading concentration, along with other experimental conditions
**Includes post-consensus adapter-trimmed full length and partial duplex reads
†Sequencing time does not include pre-sequencing setup or post-run clean up
‡Maximum run time for sequencing instrument includes pre-sequencing setup, sequencing time and post-run cleanup
§Based on empirical accuracy calculated using BWA aligned bam files for high confidence regions of Genome in a Bottle (GIAB) samples
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Overview
Synthesis instrument specifications
View full tableSynthesis instrument specifications
| Feature | Specification |
|---|---|
Dimensions |
Width: 780 mm (31 in) |
Height:
|
|
Depth: 675 mm (27 in) |
|
Weight |
108 kg (238 lb) |
Electrical requirements |
100-120V, 50/60 Hz, 15A (US) 220 - 240V, 50/60 Hz, 16A (EU) |
Network requirements |
1 Gbps |
Operating system |
Roche Linux (RLX) - Roche build of Debian |
Sequencing instrument specifications
View full tableSequencing instrument specifications
| Feature | Specification |
|---|---|
Dimensions |
Width: 1380mm (55 in) |
Height:
|
|
Depth: 760mm (30 in) |
|
Weight |
438 kg (966 lb) |
Electrical requirements |
2 x 200-240 V AC, 50/60 Hz, 30A (US) 2 x 220-240V AC, 50/60 Hz, 32A (EU) |
Network requirements |
2 x 10 Gbps (recommended dedicated connection) |
Operating system |
Roche Linux (RLX) - Roche build of Debian |
For Research Use Only. Not for use in diagnostic procedures. AXELIOS is a trademark of Roche.
AXELIOS 1 SBX-D Human Germline WGS demonstrated data and internal verification testing data on file.