Liquid Handling Robotics (Automated Systems)

Automated liquid handling robots (a class of devices that can include automated pipetting systems as well as microplate washers) dispense and sample liquids in tubes or wells and are often integrated as automated injection modules as the front end of liquid chromatographic systems. These critical labor saving devices offer precision sample preparation for high throughput screening/sequencing (HTC), liquid or powder weighing, sample preparation, and bio-assays of many kinds. The automated pipetting systems handle volumes ranging from .5 ul to 5 L. These units may have built in components in order to feed samples into heating and cooling systems for thermal cycling or shaking systems depending on the target application, or are physically constructed for easy integration with peripheral labware. Liquid handlers with robotic arms allow the user to program the devices to manipulate external labware to extend the systems uses. Other desirable features include programs to control start/stop functions and to choreograph sequential steps necessary for chemical and biochemical assays and for injection options.

Find, compare, and request a quote for liquid handling robotics across leading suppliers at Labcompare; including access to product citations, related published figures, and first-hand reviews from our scientific community.

CompanyBeckman Coulter Life SciencesBeckman Coulter Life SciencesBeckman Coulter Life SciencesBeckman Coulter Life SciencesBeckman Coulter Life Sciences
ItemBiomek i5 Automated WorkstationBiomek i3 Benchtop Liquid HandlerBiomek i7 Automated WorkstationEcho 650 Series Acoustic Liquid HandlersRoboLector Platform
Catalog NumberBiomek i5Biomek i3Biomek i7Echo 650RoboLector
Price
DescriptionOptimize dependability and walk-away time.

The Biomek i5 is a recent addition to our liquid handling portfolio, representing the best of what has made Biomek an industry-leading brand - combined with enhancements suggested by customers around the globe.

  • Ideal for medium- to high-throughput
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Smart. Small. Powerful.

The Biomek i3 Benchtop Liquid Handler is the most compact member of the Biomek i-Series family, designed to enhance entry-level to medium-throughput workflows. If you're just starting your journey into lab automation or need a simple, cost-effective, yet highly capable
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The most powerful and comprehensive Biomek available.
  • High-throughput
  • 45 deck positions
  • 0.5 - 5,000 µL pipetting volume range
  • Single or dual heads

Biomek i7 Automated Workstation Features
Versatile Workspace
  • Spacious, open-platform with grid-based deck
  • Up to 45 deck positions
  • Internal LED
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Echo 650 Series Acoustic Liquid Handler Features
Key Benefits
  • 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
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RoboLector Platform Overview

The RoboLector XL system is an automated fermentation platform which combines the high-throughput fermentation and online monitoring capability of the BioLector XT microbioreactor with the precise and accurate liquid handling of a robotic system.

The RoboLector system
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ChannelsInquireInquireMultiple single- & dual-arm configurations with Multichannel heads (96/384/Pin tool) and/or Span-8 pipettingInquireInquire
VolumeInquire1 to 1,000 µLTransfer volumes from 0.5 µL to 5,000 µLDrop volume: 2.5 nL
Volume transfer range: 2.5 nL to 5 µL
Inquire
ApplicationsGenomic, drug discovery & basic researchCell transfection, nucleic acid extraction, ELISA, NGS library prep, plasmid DNA prep, antibody cocktailing, mass spec sample prep, cell passaging/media exchange, PCR/qPCR setup, AMPure XP cleanup, SPRIselect size selection, Valita Titer assayGenomic, drug discovery & basic research workflowsInquireAutomated sampling, automated induction, induction profiling, synchronized process manipulation, pH profiling, feeding profiling, media preparation, process characterization, high-throughput protein expression, and automated upstream processing with microbial cultures
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