Gilson Connect
This application note demonstrates how PIPETMAX® 268 and PIPETMAX® 278 workstations automate qPCR plate preparation to support consistent amplification efficiency, reliable standard curves, and reproducible Ct values across multiple gene targets. By reducing operator-dependent variability in critical pipetting steps, both systems deliver strong linearity and repeatable performance for accurate and efficient qPCR setup in low- and mid-throughput workflows.
Pipette tips play a critical role in liquid handling accuracy and reproducibility. Learn how tip quality, fit, and material impact experimental results across manual and automated workflows.
Choosing the right pipette tip is essential for accurate and reproducible laboratory results. Learn the four key factors to consider – materials, purity, fit, and traceability – when selecting pipette tips for your experiments.
What if automating ochratoxin A testing in wine could improve both efficiency and confidence? Learn how a validated, fully automated workflow using ASPEC® 271 and OCHRARHONE® WIDE AUTO columns ensures precise, reproducible results while minimizing operator variability.
This application note demonstrates how automated immunoaffinity cleanup enables reliable, reproducible quantification of ochratoxin A in cocoa by standardizing sample preparation and reducing variability. The validated workflow delivers high accuracy (80–110% recovery, ≤5% RSD) while improving efficiency and minimizing human error in food safety testing.
What if automating your workflow didn’t mean changing everything you trust? With PIPETMAX®, labs can streamline qPCR, ELISA, and normalization tasks using the same reliable Gilson pipette tips they already depend on, bringing precision, speed, and simplicity to automation without the hidden costs. Discover how familiar tools can make automation effortless.
What if automating food safety testing didn’t mean sacrificing accuracy? See how Gilson’s ASPEC® 271 and R-Biopharm Rhône’s OCHRARHONE® WIDE AUTO columns simplify ochratoxin A testing in cereals and spices. This validated, fully automated workflow delivers precise, reproducible results while freeing your team from tedious manual cleanup.
Automation doesn’t have to mean overhauling your entire workflow. This article explores how task-based automation helps laboratories automate specific steps, like plate setup, normalization, or sample preparation, to improve consistency, reduce errors, and scale workflows such as qPCR, NGS, and ELISA more efficiently.
To validate a novel, non-targeted diagnostic method for preeclampsia, researchers at UTCBS needed to process 263 clinical samples across 16,000+ wells. With PIPETMAX® 268, they successfully automated their liquid handling workflow, improving throughput, conserving sample volume, and enabling the statistical reproducibility necessary for meaningful machine learning analysis.
Normalization Assistant simplifies the creation of automated normalization protocols without the need for programming. Designed to support flexible workflows, it enables users to import and export sample data, perform QC checks, and configure normalization patterns tailored to a wide range of experiments. With intuitive setup and auto-generated protocols, it reduces manual entry errors and enhances reproducibility, allowing researchers to focus on their science and accelerate their results.
