For usage in a variety of fields, automated liquid handling gear comes in a variety of shapes and sizes. These machines administer a particular volume of liquid or a specimen to a predetermined container using a motorized pipette or syringe linked to a robotic arm.
Some variants have extra laboratory equipment and can execute different operations, such as heater-cooler plates, to satisfy particular needs. These changes make the liquid handling procedure complete, adequate, and accurate as feasible.
Pipetting-intensive methods are converted into ready-to-run processes with little setup and involvement. You receive greater productivity, greater accuracy, and reduced erroneous risk. The simple systems increase your performance by relieving you of tedious lab work.
Automated liquid handling systems are a great place to start for uniformity.
Delegate Your Routine Responsibilities
There are no more recurrent sample transfers between multiple sources and destination vessels, such as tubes to plates, concentrated “cherry selecting” of particular samples, tiresome plate multiplication, or exhaustive pooling from diverse samples as per varied patterns to accomplish on your own.
You’ll be able to replicate your manual job procedures to a tee! Even the most complex workflows may be programmed in any desired sequence and quantity with just a few keystrokes! The liquid handling robot offers a wide range of very flexible applications.
Error-free
The most common sources of inaccuracy have been virtually removed. Enhanced uniformity, precision, and accuracy, as well as reduced sample loss and reagent usage, are all advantages.
Background: Manual pipetting mistakes and inter-user or inter-run variability might jeopardize findings, resulting in poor data integrity and expensive reruns.
The concerns vary from uneven dilution methods between samples to variances in pipetting between several lab personnel, day-to-day volatility, and concentration differences among assays. Not to mention that the smaller the volume, the more considerable and more significant the inaccuracy!
Standardization & Reproducibility
Greater output and effectiveness, as well as fewer mistakes and failed tests, boost repeatability and open the road for standardization.
Usability
An automatic liquid handling solution (if selected correctly) is relatively simple to use. Everybody can swiftly deploy the easy software. Coding and maintenance are straightforward, fast, and straightforward thanks to user-friendly computer interfaces, pre-optimized instructions, and step-by-step assistance. The tiny instrumental footprint frees up table space.
Robotic Documentation
You don’t have to deal with time-consuming paperwork any longer! Each element of each run is meticulously documented, including sample, barcode, operator, time, operation type, sample position in a plate from origin to destination, volumes, and so on.
Body and Mind Protection
Relax knowing as your pipetting robot takes care of the heavy lifting. Your muscles and joints soften due to the strain of frequent work labor. As a highly skilled specialist, you can rejoice in the fact that tedious jobs are no longer on your plate, allowing you to focus on more ambitious endeavors.
Bottom Line
Of course, there are certain drawbacks to automating your business, such as the initial investment, learning curves, and possibly unanticipated expenditures. It’s preferable to take a systematic approach, emphasizing recognizing problems first and then looking for technology to fix them.
