Auto-NGS 180S Automated NGS Library Preparation Workstation, 1-48 Throughput (CAT#: STEM-SLSR-0005-ZJF)

This compact, fully-featured automated NGS library preparation workstation is designed to meet the complete workflow requirements of library construction, quantification, multiplex targeting, and hybrid capture—all in a single run. Equipped with a 24-well fluorometer and an integrated PCR amplification module, the system enables true sample-to-library automation with no manual intervention required throughout the entire process.
The instrument supports 18 standard plate positions, and its intelligent gripper and plate stacking design allow flexible operation. It can accommodate both simplified workflows for 96-sample library preparation and fully automated hybrid capture for up to 16 complex sample types, making it an ideal solution for laboratories seeking versatility, efficiency, and reliability in mid- to high-throughput NGS applications.

Throughput: 1-48
Tiles Number: 18
Pipettor: 200 µL; 24-channel (can be used as a single channel, including PLLD / CLLD)
Minimum Detection Volume: 20 µL
Pipetting Range: 1-200 µL
Pipetting Precision (CV):
1 µL: ≤8%
2 µL: ≤5%
5 µL: ≤4%
20 µL: ≤1%
100 µL: ≤1%
200 µL: ≤1%
Pipetting Accuracy (A):
1 µL: ±10%
2 µL: ±8%
5 µL: ±4%
20 µL: ±2%
100 µL: ±1%
200 µL: ±1%
Temperature Control Block:
Quantity: 3
Temperature Range: 4-105°C
Accuracy: ≤1°C
Uniformity: ≤1°C @ 55°C
Thermal Cycling Block:
Temperature Range: Thermo lid 30-120°C; Block 4-99°C
Uniformity: ≤0.7°C
Accuracy: ≤±0.3°C
Fluorescence Detection Throughput: 24
Fluorescence Detection Range: 0.4 ng-100 ng
Heating Mixing Block: Yes
Magnetic Bead Shaking Block: Yes
Magnetic Plate: 96-well annular magnetic plate
Gripper: Yes
Consumable Stacking Mode: Consumable stack
UV Sterilization: Equipped with UV sterilization lamp and HEPA device
Instrument Port: USB port
Information Management:
External scanner for sample/reagent input
Expandable LIS system connection
Expandable cloud database connection
Operating Environment:
Temperature: 20 ± 5°C
Relative Humidity: ≤80%
Power Supply: 100-240 V, 50/60 Hz, rated power 1200 W

End-to-End Automation: Fully automated NGS library preparation system integrating fragmentation, quantification, multiplex targeting, hybrid capture, and PCR—no manual intervention required from sample to library.
Integrated Fluorometer: Built-in 24-well fluorescence detection module supports real-time quantification (0.4-100 ng), ensuring accurate and traceable library quality control.
High Throughput & Flexibility: Supports 1-48 samples per run and accommodates both simplified 96-sample library prep workflows and complex 16-sample hybrid capture protocols.
Advanced Pipetting System: Equipped with a 24-channel 200 μL pipettor (can also operate as a single channel), with a minimum detection volume of 20 μL and high pipetting precision and accuracy across a wide range.
Triple Temperature Control Blocks: Includes three independent temperature control modules (4-105 °C) for enhanced workflow flexibility and parallel processing.
High-Precision Thermal Cycling: Integrated thermal cycler with precise lid (30-120 °C) and block (4-99 °C) control, offering ±0.3 °C accuracy and ≤0.7 °C uniformity.
Enhanced Sample Handling: Features a gripper and consumable stacking system to automate plate transfers and streamline large-scale or sequential workflows.
Magnetic Bead Workflow: Includes a magnetic bead shaking block and 96-well annular magnetic plate for efficient magnetic separation and cleanup.
Contamination Control: Built-in UV sterilization lamp and HEPA filter maintain a clean operating environment and reduce contamination risk.
Smart Data & Connectivity: Equipped with a USB port, external barcode scanner, expandable LIS connection, and cloud database integration for comprehensive data management.
Compact & Lab-Ready Design: Compact footprint with 18 tile positions; operates under standard laboratory conditions (20 ± 5 °C, RH ≤ 80%) with 1200 W rated power.

STEM-SLSR-0001-ZJF
STEM-SLSR-0002-ZJF
STEM-SLSR-0003-ZJF
STEM-SLSR-0004-ZJF
STEM-SLSR-0006-ZJF
STEM-SLSR-0007-ZJF