Citation: Opentrons Labworks Inc.

Efficient, space-saving benchtop automation for next-generation sequencing

Opentrons Labworks, Inc. has unveiled the Opentrons Flex High-Throughput NGS Workstation, a breakthrough in lab automation designed to enhance Next-Generation Sequencing (NGS) sample preparation. Positioned as the only high-throughput benchtop system available for under $100,000, the Flex Workstation offers comprehensive hands-free NGS library preparation for up to 96 samples. This state-of-the-art instrument is geared towards researchers requiring efficient, scalable solutions for whole genome, long-read, and single-cell sequencing.

Advanced automation in a compact design

Central to the workstation's functionality is the innovative Opentrons Flex Stacker. This modular system supports up to four stackers, providing adaptable tip and plate storage that enhances capacity without increasing the workstation’s footprint. This adaptability allows for the Flex Workstation to meet varying throughput demands while maintaining its compact design.

Key Features of the Opentrons Flex High-Throughput NGS Workstation:

• Opentrons Flex Stacker: Modular design for customizable throughput and storage capacity.
• Opentrons Thermocycler: Integrated on-deck thermocycler with auto-sealing lids for automated PCR cycles.
• Flex 96-Channel Pipette: Streamlined pipetting for high-precision liquid handling.
• Magnetic Bead Cleanup: Automated bead clean-ups facilitated by the Flex Magnetic Block.
• Touchscreen Interface: Intuitive programming and operation, eliminating programming challenges.

James Atwood, General Manager of Robotics at Opentrons, emphasized the workstation's value: “As we continue to push forward what’s possible for lab automation, we recognized that many scientists were looking for higher throughput for their Next-Generation Sequencing (NGS) sample prep without a lot of extra space – in their labs or in their budgets. The Opentrons Flex High-Throughput NGS Workstation gives them a true benchtop solution that can accelerate both the speed and efficiency of their research.”