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HomeAAW™ Automated Assay WorkstationComparing Liquid Handling Systems: Why Flexible Liquid Handling Matters For Assay Automation

Comparing Liquid Handling Systems: Why Flexible Liquid Handling Matters For Assay Automation

What Is A Liquid Handling System?

Liquid handling systems can be fully manual, automated, or a mix of both. As the name suggests, these systems handle liquid, meaning they measure specific liquid volumes and help transfer liquid.

Liquid handling usually involves systems that can pipette, dispense, and mix reagents. The advanced liquid handling systems are generally preferred over repetitive single channel pipetting by hand due to less risk of human error as well as the ergonomic benefit of reducing repetitive tasks.

What Are The Different Types of Liquid Handlers?

Different kinds of liquid handlers include manual pipetting such as single-channel or multi-channel pipettes, semi-automated pipetting assistance devices, flexible DIY workstations with open-source software, high-throughput NGS-focused systems, and highly sophisticated integrated automated liquid handling instruments.

The more automated liquid handlers, liquid handling robots, and automated liquid handling systems can transfer liquids at a high rate helping to automate this common lab process. They come with the benefit of less hands-on time, meaning time can be spent doing other tasks and being more efficient.

Liquid Handling Equipment Comparison

Each liquid handler comes with pros and cons, but the variety of options allows labs to match automation levels to their needs. As referenced in the image below, cost and complexity in setup rises as automation/integration capabilities increase, while manual effort decreases.

 

Illustration of various liquid handlers including from left to right: entry level manual pipettes, semi-automated pipetting assistance devices, flexible automated assay workstations, high-through NGS systems, and integrated automated liquid handlers. Comparison is shown between cost, complex setup, and manual effort. Cost and complexity go up from left to right, while manual effort goes down from left to right.

Figure 1.Comparing liquid handling options.

Entry Level: Manual Pipetting

  • Pro: cost-effective, accessible
  • Con: high hands-on time, user-dependent, no flexibility

Semi-Automated: Pipetting Assistance Devices

  • Pro: reduces manual effort
  • Con: limited flexibility, requires specialized programming

Flexible Automation: DIY Automated Assay Workstations

  • Pro: reduced bench time, highly flexible open-source platform, customizable, scalable, intuitive interface, cost-effective compared to advanced automation options
  • Con: higher cost than more manual options, more modest throughput than integrated systems

High-Throughput: Large-Scale or NGS-Focused Systems

  • Pro: higher capacity
  • Con: complex setup, high cost, not easily adaptable

Integrated Automation: Highly Sophisticated Systems

  • Pro: fully integrated systems, advanced
  • Con: limited flexibility, high cost, high maintenance

How Flexible Liquid Handling on the AAW™ Workstation Addresses Common Liquid Handling Pain Points

Automated liquid handling systems and automated pipetting robots are great options for automating sample prep and running assays. However, traditional assay automation options are often restrictive and require extensive time, training, and skills to properly integrate in lab workflows.

However, with flexible liquid handling, there’s an easier option. For example, the AAW™ automated assay workstation is modular, making it highly flexible and user-friendly for simple workflow creation.

Some key advantages to using this assay automation option include:

  • Beginner-friendly automation makes it easy to incorporate in labs
  • Plug-and-play verified protocols ensure consistency in runs and data output, reducing the need to rerun assays from human error
  • Maximize throughput with walkaway automation by being able to work on other tasks while the workstation is running

The AAW™ workstation also addresses some of the common liquid handling pain points.

Female scientist standing in front of AAW™ automated assay workstation smiling and giving double thumbs up.

Pain Point 1: High Hands-On Time

The AAW™ workstation automates workflows with walkaway automation to reduce manual steps in assay protocols.

Male scientist placing components in the AAW™ automated assay workstation.

Pain Point 2: Limited Workflows

It is a flexible, modular automated liquid handling system that can be configured to lab needs.

Smiling happy female scientist pressing touchscreen on the AAW™ workstation.

Pain Point 3: Complex Setup

The AAW™ workstation contains on-instrument guided setup with dynamic deck maps that match protocols.

Two scientists talking with the AAW™ liquid handling workstation in the background.

Pain Point 4: High Maintenance

Various services are available for the workstation with remote and onsite options plus extensive tech support.

See how to streamline your lab work today with the AAW™ automated liquid handling workstation. Request info with the button below and download our infographic to see how the AAW™ system compares to other liquid handling systems.

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