Ideal for high-throughput SNP and InDel marker detection, it supports a diverse range of applications, including molecular marker development and screening, functional gene detection, association analysis & validation, gene fine mapping, genetic diversity analysis, molecular marker-assisted breeding, transgenic identification, purity assessment, and cultivar identification. This system serves as a powerful tool for critical gene function research, germplasm resource evaluation, and modern molecular breeding.

This system, comprising the HCSCI Arrayer, HCSCI Cycler, HyperScanner and MathematicaMaster enable a fully integrated workflow from DNA replication, reagent dispensing, PCR amplification, and fluorescent signal acquisition to data analysis.

HCSCI Arrayer
Automatic Liquid Dispensing and Handling Workstation

The HCSCI Arrayer is an automated workstation that combines the functions of sample duplication, assay dispensing, pipette washing, and plate sealing into one station. Its preciseoperation in nanoliter increments enables accurate dispensing of DNA samples and reagents intothe HC 384 Microwell Plate. The HCSCI Arrayer’s automated dispensing, aliquoting, washing, and sealing significantly reduce reagent consumption, minimize human error, and improve detection accuracy.

Microvolume Reaction Dispensing
Reduce the reaction volume of the genotyping system to below 2µL, resulting in a 90% reduction in reagents.
High-Throughput Dispensing System
Achieve a preparation time for a HC 384 Microwell Plate as fast as three minutes. Perform up to 50,000 reactions in an 8-hour day
Automated Sealing
Complete automatic plate sealing within the station within a few seconds for one plate.
Ultrasonic Tip Cleaning
The uniquely designed automated tips cleaning system, combined with an ultrasonic module, enable excellent cleaning results and prevents cross-contamination.
Modular Design
Provide complex experimental solutions that can support multiple assays and diverse sample requirements.

HCSCI Cycler
High-Throughput Water Bath Thermal Cycler

The HCSCI Cycler is an automated high-throughput water bath thermal cycler capable of simultaneously processing up to 25 HC 384 Microwell Plates per run. Featuring a flexible bath basket design, the number of reaction plates can be flexibly arranged according to experimental needs. This system is specifically designed to address contemporary laboratory challenges, including large sample volumes, limited personnel availability, and high automation demands.

High-Throughput Design
Utilize HC 384 Microwell Plate, a single experiment can efficiently handle up to 9,600 reactions, significantly enhancing experimental throughput.
Energy-Efficient
The aqueous heat transfer mechanism enable simultaneous processing of large sample volumes while ensuring inter-plate temperature uniformity. By eliminating heating and cooling stages during PCR cycling, this approach dramatically reduces reaction time compared to conventional methods. Additionally, it consumes nearly 80% less energy than standard metal-block thermal cyclers.
Flexible & Precise
The three independent water bath chamber design enable flexible support for various PCR protocols, including two-step, three-step, and touchdown PCR. A recirculating pump system maintains precise temperature control and uniformity within each bath.
User-Friendly
Equip with a 15.6-inch high-resolution touchscreen for rapid experiment setup and initiation

HyperScanner
Automated High-Throughput Fluorescence Scanner

HyperScanner is a high-throughput microplate fluorescence scanning system designed for accurate and sensitive PCR micro-volume applications. It automates plate loading, barcode reading, and fluorescence detection while delivering exceptional sensitivity and resolution, enabling users to acquire precise detection data.

Ultra-High-Speed Reading
Full-field scanning technology for high-throughput detection, with reading times as low as a few seconds per microplate.
High Sensitivity
Detect fluorescence in volumes as low as 1μL.
Multi-Channel Detection
6 detection channels for various needs.
Compatible with Multiple Consumables
Support HC 384 Microwell Plate and 384-well PCR Plate that comply with the SBS international standards.

MathematicaMaster

Data Management and Analysis Software

MathematicaMaster is a self-developed, comprehensive analysis and management software for genotyping data. It provides flexible protocol editing, sample/reagent information labeling and management, and powerful data analysis capabilities. The software enables rapid access to raw detection data for automatic clustering analysis and allows easy export of experimental results to Excel. Genotyping results deliver precise cluster result charts and multi-format exportable data for convenient attribute examination, supporting exports of CSV data, cluster plot, SNP viewer structural data, and experimental package data.
Fast and Efficient
Enable batch establishment of sample plates, reagent plates, and sites for efficient experimental data construction and management.
Data Sharing
Support installation on different PCs, enabling multi-user data sharing and analysis.
Cross-Plate Analysis
It can perform cross-plate analysis on data from the same loci, achieving comparative analysis among different groups.
Powerful
Feature automatic clustering, adaptive axes, genotyping watermarks, adjustable icons, multi-run comparisons, and parameter settings