Liquid Handling Robotics (Automated Systems)

• High-throughput
• 45 deck positions
• 0.5 - 5,000 µL pipetting volume range
• Single or dual heads

• Spacious, open-platform with grid-based deck
• Up to 45 deck positions
• Internal LED

• High-throughput
• 45 deck positions
• 0.5 - 5,000 µL pipetting volume range
• Single or dual heads

• Spacious, open-platform with grid-based deck
• Up to 45 deck positions
• Internal LED light
• Automated Labware Positioners (ALPs) for sample processing
• Optional enclosed version to protect samples from airborne particles
• Integrate additional devices on- or off-deck
• Configurable for specific applications

• Multiple single- & dual-arm configurations with Multichannel heads (96/384/Pin tool) and/or Span-8 pipetting
• Large-volume 1 mL multichannel pipetting head
• High-access, rotating gripper(s) with unique offset finger design
• Disposable & fixed Biomek pipette tips (including septum piercing)
• Transfer volumes from 0.5 µL - 5,000 µL
• Independent Span-8 probe calibration
• 8 channel liquid-level sensing
• Supports labware from tubes to 1,536-well microplates
• Accurate intra-well pipetting

• Easily automate existing processes & execute quick workflow changes
• Powered by icon-based software with data tracking & LIMS connectivity
• Windows 10 OS
• Extend walk-away operation with process management and scheduling software
• Guided system setup
• Automated deck framing
• Data-driven method operations including hit-picking & normalization
• Light curtain safety feature
• Instrument status light bar
• DeckOptix cameras for live, remote-monitoring & on-error video capture

• Consultative workflow analysis
• Expert application & technical support
• Biomek-automated demonstrated methods & capabilities for genomic, drug discovery & basic research workflows

• Designed for biochemical and genomic sample and reagent transfer
• Improve data quality while saving on reagent costs
• Reagent reservoir for larger volume reagent transfers

• Highly precise and accurate low volume

• Designed for biochemical and genomic sample and reagent transfer
• Improve data quality while saving on reagent costs
• Reagent reservoir for larger volume reagent transfers

• Highly precise and accurate low volume transfers enabling assay miniaturization
• Builds assays 50–100 times faster than traditional liquid handlers giving the lab higher capacity from one instrument
• Suite of Echo Software Applications guide creation of complex protocols for a variety of applications
• Eliminates pipetting variances that affect assay success
• Integrates into the Labcyte Access Laboratory Workstation for increased throughput

The flexibility, speed, accuracy, and precision of the Echo 525 Liquid Handler enable researchers to build assays that are not possible with traditional liquid handlers. The use of acoustic sound energy removes the traditional boundaries of tip and pin tool based liquid handlers. Transfer variable fluid heights and viscosities from one source plate to enable rapid assay creation in one fluid transfer run. Say goodbye to fixed plate designs as the Echo Liquid Handler moves fluids from any well to any well enabling researchers to design the experimental plates they need to make new discoveries.

Assay assembly and the transfer of one reagent to many wells is simplified using the Echo Qualified Reservoir. With the capability of transferring up to 2.5 µL from each micro-well, you can build your assay without requiring an instrument change – saving time and money.

The Echo 525 Liquid Handler transfers a wide range of fluids during one transfer including distilled water, buffers, nucleic acids, and reagents containing up to 50% glycerol. With its versatile fluid range, transfer volume range, any well to any well transfer capability, and powerful applications software the Echo 525 Liquid Handler supports a wide range of genomic assay workflows:

• Gene Synthesis
• PCR and qPCR assay set-up
• RNA and DNA NGS sequencing workflows
• Sanger sequencing assay set-up
• Single-cell sample preparation

• Measure DMSO hydration levels to gain insights into sample integrity and improve transfer quality
• Elimination of compound loss, cross-contamination, carryover, or leachates through non-contact transfer
• Accurate and precise transfer of

• Measure DMSO hydration levels to gain insights into sample integrity and improve transfer quality
• Elimination of compound loss, cross-contamination, carryover, or leachates through non-contact transfer
• Accurate and precise transfer of nanoliter-scale quantities, enabling assay miniaturization, further reducing costs
• Better results through direct dilution of compounds, an improvement over serial dilution methods
• Flexibility to transfer any volume of liquid from any source well to any destination well

The FluidX AcoustiX Sample Tube (FAST) was developed in collaboration with and is sold by Brooks Life Sciences for ultra-high-density sample storage. The acoustic tube offers the following benefits:

• Echo Qualified design - compatible with Echo 650T and 655T Liquid Handlers
• Preserves sample integrity from storage to screen
• Miniaturize upstream liquid handling steps to conserve sample
• Rapidly pick sets of samples for targeted screening

To meet the broad spectrum of sample throughput needs, Echo 650 Series Liquid Handlers seamlessly integrate with the highly configurable Access™ Dual Robot System accommodating a wide variety of devices and enabling a fully automated workflow.

• Configured to achieve optimal throughput for sample management workflows
• Compact and ergonomic design with docking modules, turntables, retractable shelves, and drawers
• Optional features can include environmental management to protect samples from hydration or evaporation

The Echo 655T Liquid Handler supports sample transfer directly from Echo Qualified sample tubes, enabling a fully non-contact liquid handling workflow from sample storage all the way to assay ready plates. The Echo 655T Liquid Handler is capable of transferring as little as 2.5 nL from 384-well and 1536-well microplates, and now, from sample tubes arrayed in a 96-tube format. Additionally, it transfers at the highest speed to meet the needs of high-thoughput biochemical and cell-based screening.