Optimize Your Automated Workflow
An endless combination of efficiency-driven Hamilton devices is available to increase walkaway time, reduce operator variability, and improve overall workflows when integrated with Hamilton’s liquid handling platforms. Several devices may also be used to improve the efficiency of manual workflows. Discover how Hamilton devices can minimize cumbersome stop points and fine-tune automated workflows.
Hamilton Incubator Shaker
Automates incubating and shaking of ANSI/SLAS footprint microplates.
Heating Cooling Module
On-deck plate heating and cooling for use with Hamilton liquid handling platforms.
Chemical Resistant Wash Station
An on-deck wash station for steel needles that supports washing and pipetting in parallel
Liquid Verification Kit
Verifies pipetting performance and aids in developing custom liquid handling classes.
Analysis of 47 Pesticides in Cannabis for High-Throughput Analysis: Traditional dSPE vs. Positive Pressure dSPE in a 96-Well PlateThis study examines using a QuEChERS (Quick, Easy, Cheap, Effective, Rugged and Safe) extraction approach coupled with either traditional dispersive-Solid Phase Extraction (dSPE) clean up versus UCT’s dSPE clean up in 96-well plate format using Hamilton’s [MPE]2 — automated positive pressure extraction and evaporation module — for the analysis of 47 pesticides in marijuana. This analysis demonstrates that for most compounds investigated, the high-throughput cleanup method exhibits comparable results to traditional dSPE cleanup.
High-Throughput Filtration Using the [MPE]2 for Cannabinoid AnalysisIn this study, an automated high-throughput filtration method, using the [MPE]2 — Monitored Multi-flow, Positive Pressure Evaporative Extraction module — from Hamilton Robotics, was evaluated for cannabinoid analysis in multiple matrices.
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