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T-Series Flagship 1TB - 6TB daily data volume DNB nanoarray 4 independent flow cells

System overview

T-Series ultra-high-throughput sequencing systemIt is a flagship hardware platform designed for large-scale population genome projects and ultra-high-throughput multi-omics research. The daily data output throughput of a single machine is as high as 1TB to 6TB, completely rewriting the economic foundation of large-scale sequencing projects and helping to usher in the era of the 100-dollar whole genome.

Core technology: Nano-Array Rolling Circle

The sequencing chip uses regular solid-phase nanoarrays to automatically load DNA nanospheres (DNBs) prepared by rolling circle amplification. Compared with traditional bridge PCR amplification and clustering, DNB nanoarray sequencing completely eliminates the accumulation of errors in clonal amplification and provides an extremely low duplication rate, ensuring high fidelity and specificity of variant identification.

Technical performance Detailed specifications
Number of chip channels Supports 4 completely independent flow cells (Flow Cells) in parallel
Support reading length SE50, SE100, PE100, PE150
Read throughput (Reads) The maximum output of a single run is 20 billion Reads (20 Billion)
running time PE150 sequencing can be completed quickly in 24 hours
Q30 data proportion Strict quality control commitment Q30 base accuracy >85%
Nature Genetics IF: 31.7 Application platform: T-Series ultra-high-throughput sequencer
High-throughput production practice of the trillion-level population cohort genome project
Project background: A national genome project needs to perform 30X WGS sequencing on 100,000 samples, which has extremely high requirements for equipment throughput and batch stability.
project approach: Deploy 10 T-Series ultra-high-throughput sequencing systems, using DNB nanochips and 4-Flowcell independent operation mode to achieve a daily output of 60TB of data.
Research results: All samples were put on the computer in less than 6 months. The base Q30 average reached 88%, the clone duplication rate (duplication rate) was less than 2.5%, and the overall sequencing cost of the project was reduced by more than 40%.

Configuration Selection and Ordering Guide

1. Standard scientific research configuration: Recommended for large genome centers and state key laboratories in universities. The standard 4-Flowcell operation module and standard data preprocessing workstation are suitable for large-scale resequencing and multi-omics research.

2. Clinical ultra-high-throughput configuration: Recommended for use by large third-party testing laboratories and precision medicine centers in tertiary hospitals. Paired with LIMS intelligent control software and anti-pollution laminar flow system, it ensures clinical testing compliance and sample traceability.

3. Reagents and consumables packaging plan: Provide annual subscription packages for T-Series exclusive DNB sequencing chips and library construction kits, and enjoy on-site support from dedicated technical experts and better consumable discounts.

If you have purchasing intention or need a customized configuration plan, please click directly on the upper right corner Contact us, our product experts will provide you with a detailed reply within 24 hours.

G-Series Desktop desktop benchtop PE100 < 12 hours FCL & FCS Chips

System overview

G-Series Desktop Flexible Sequencing SystemBringing the power of high-precision nanoarray sequencing to ordinary laboratory benchtops. G-Series is specially designed for medium and low-throughput typesetting, focusing on minimalist logistics, ready-to-use and fast delivery. It is the preferred companion for hospital clinical departments, university platforms, and small and medium-sized pharmaceutical companies.

Flexible flow channel and normal temperature logistics

G-Series supports adaptive combination of large flow cell (FCL) and small flow cell (FCS), ensuring that small scientific research projects do not need to accumulate samples and can be quickly started independently. Equipped with an onboard integrated LCD touch screen to provide a guided visual process. At the same time, a dry chemical reagent system is adopted to greatly simplify the pipetting and low-temperature transport and storage environment.

Performance indicators Detailed specifications
Physical specifications Desktop design (Benchtop), takes up little space, built-in high-definition touch screen and onboard computer
Chip compatibility Adaptive Large Flow Cell (FCL) vs. Small Flow Cell (FCS)
Sequencing time Fastest mode (e.g. PE100) completes in 12 hours
Reagent system Dry chemical reagents, room temperature transportation and simplified storage
core application Tumor targeted panel sequencing, rapid identification of microorganisms, small genome sequencing, and in-depth verification of third-generation sequencing sites
Journal of Clinical Oncology IF: 45.3 Application platform: G-Series desktop flexible sequencer
Evaluation of localized operation of rapid targeted panel gene testing in oncology departments
Research background: Personalized medicine for cancer patients urgently requires localized and rapid genetic testing results, and the traditional outsourcing sequencing cycle (TAT) is as long as 7-10 days.
research methods: The hospital's oncology department deployed a G-Series desktop sequencer to locally sequence the targeted gene mutation panels of 150 lung cancer patients, using FCS chips for immediate testing.
Main conclusions: The average testing time is shortened to less than 24 hours, and the consistency with the central laboratory outsourced testing results reaches 99.8%, which significantly improves the timeliness of decision-making on clinical medication for patients.

Ordering and Selection Guide

1. Flexible allocation of scientific research: Including G-Series host, barcode scanning suite and small and medium-sized biometric local processing server. It is suitable for independent laboratories or research groups in universities and supports instant startup of scattered samples.

2. Clinical companion diagnostic configuration: Specifically customized for hospital pathology/laboratory departments, equipped with a dust-proof laminar flow protective cover, medical-grade pipettes and local analysis software that meets Class III medical device standards.

3. Reagent consumable package: Offers flexible purchasing packages for large flow cell (FCL) and small flow cell (FCS) reagent consumables. Room temperature dry reagent logistics can significantly save cold chain transportation costs.

If you have purchase intention or need a demo machine to try, please click Contact us, we will arrange for the local technical manager to contact you.