The Key to Excellent Data Starts with Accuracy and Precision.
Automated liquid handling involves the utilization of robotic systems to meticulously and efficiently dispense and transfer liquids throughout the protocol setup. By incorporating these automated systems, one can guarantee not only accuracy, which is the capacity to attain the correct value, but also precision, which is the ability to consistently replicate the same value.
In the context of automated setup, achieving both accuracy and precision is of utmost importance. The Myra pipetting robot excels in both aspects, delivering outstanding results that serve as undeniable proof of its capabilities.
Performance Across Applications
Engineered for precision and consistency, Myra delivers reliable performance across every plate, every assay, every time.
KRAS human genomic DNA target; 10,000 copies per reaction; 48 replicates setup using 1 µL of template per 25 µL reaction; Cq = 19.23 | σ = 0.05 | Δmax-min= 0.25 | CV = 0.3%
Boasting an automated pipetting precision of less than 10% CV at 1 µL, the Myra robotic pipette becomes a powerful tool for elevating your qPCR repeatability. Regardless of whether you are conducting gene expression studies or HRM genotyping, you can place unwavering trust in your data when utilizing the Myra pipetting robot.
Capricious gene; 7 point, 10 fold dilution series of the template run in replicates of 4; E = 97%; R2 = 0.9999.
Elevate the capabilities of your automated qPCR with the Myra liquid handling system. It’s now the standard, rather than the exception, to work with a 1.2-fold dilution series. The Myra pipetting robot guarantees both accuracy and precision, while the Mic qPCR machines remarkable temperature uniformity consistently delivers unparalleled results.
A complex pattern of various dilution factors from 10 fold to as low as 1.2 fold. E = 98%; R2 = 0.9998.
Given our robotic liquid handler’s remarkable capabilities in terms of high pipetting accuracy and precision, we decided to get a bit creative. Consequently, we undertook the task of pipetting a complex patterned dilution series, adding a touch of sophistication to our already impressive robotic pipette. The outcome truly speaks for itself.
DNA yield using Myra vs. manual with CleanNGS beads.
The results highlight the advantages of using Myra for bead clean up, as it not only increases the DNA yield but also makes the results more accurate and consistent. Myra automation reduces operator stress levels and allows you to focus on your research.
Barcode balance for 8-plex Manual Lambda DNA, 8-plex Myra Lambda DNA and 24-plex Myra Lambda DNA.
Myra offers a cost-effective and reliable solution for NGS library prep. Myra ensures that you spend less time on library prep and more on what truly matters – groundbreaking research.
The read depth for each sample across 4 runs performed on the NovaSeq X Plus, where the Myra Liquid Handling System was used to simultaneously normalise and pool 24 samples to a concentration of 2 nM in a single tube. CV% was < 5% across samples and runs. Data was provided by Ramaciotti Centre for Genomics at UNSW.
Myra delivers unmatched reliability for normalisation and pooling, ensuring statistically consistent read depths across every sequencing run. With its pressure-based liquid sensing system, Myra safeguards against errors that can jeopardise costly NovaSeq X runs and irreplaceable samples. Trusted by the Ramaciotti Centre, Myra combines speed, accuracy, and peace of mind—so every NGS experiment performs exactly as planned.
CHK1 kinase activity was assessed using the CHK1 Kinase Enzyme System in combination with ADP-Glo, following treatment with a 22-point, 2-fold serial dilution of Staurosporine (blue circles) and AZD7762 (red squares). Data represent the mean ± standard deviation of technical replicates.
Kinase assays with low-volume ADP-Glo formats demand exceptional precision to generate trustworthy IC₅₀ data. A reliable liquid handling system ensures accurate dispensing, smooth mixing, and synchronised timing, so dose–response curves stay consistent across every plate. By minimising dead volume and avoiding bubbles or cross-contamination, it preserves assay sensitivity while reducing reagent costs. The outcome: clean, reproducible IC₅₀ values you can trust to guide confident decisions in drug discovery.
Z’ factor graph for the KIRA8 kinase enzyme inhibitor.
The Z′ factor is the gold standard for measuring assay quality in drug discovery, showing how clearly results can separate true hits from noise. A high Z′ factor means your assay is reliable, reproducible, and ready for confident decision-making. Liquid handling precision is key—every microlitre matters in keeping variability low and results consistent. With a high-performance system, you can trust your screens to deliver the robust data needed to accelerate discovery.
A polished MSP 96 well MALDI-TOF MS plate loaded with 1 µL of CHCA matrix.
For MALDI-TOF mass spectrometry, placement is everything. Keeping the sample and matrix precisely in the centre of the target spot ensures uniform laser energy absorption, stronger ion signals, and more consistent spectra. A well-positioned sample means cleaner data, higher sensitivity, and fewer repeat runs.
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See Myra in action—precision, accuracy, and reliability brought to life in every demo.