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Chemistry High-Throughput Experimentation Platform

A high-throughput reaction screening system for the discovery of novel molecules
High-throughput experimentation platform

Key features

Inert atmosphereModules are contained within a positive pressure glovebox to enable handling of oxygen- and moisture-sensitive materials. The glovebox is capable of <1ppm oxygen
Powder dosingPicks and doses to shell vials using two Mettler Toledo XPR balances (repeatability 0.005mg). Capacity for 112 dosing heads
Liquid dosingAspirates and doses liquids using four integrated Hamilton X1 air displacemenr pipettes pipettes (50ÎĽl -300ÎĽl conductive tips)
Vial crimping and de-crimpingCrimps and de-crimps microwave source vials
Reaction execution stationEach of the four positions can independently seal, tumble stir (up to 1500 rpm) and heat the vials to 120°C
LCMS preparationPerforms dry-down in a Genevac EZ-2 Bionic centrifugal evaporator.


Overview

The Chemistry High-Throughput Experimentation has hree integrated modules including: a Powder Dosing Module for solid sample preparation, a Reaction Module for liquid sample preparation and reaction execution, and a LCMS (Liquid Chromatography Mass Spectrometry) Preparation Module which also includes rack storage. The Reaction and Powder Dosing Modules are contained within a glovebox, providing a dry, inert atmosphere under positive pressure nitrogen to allow for handling of oxygen-sensitive materials.

Reaction racks and rack-based consumables are loaded by the user to the rack store. Racks are transferred to the Reaction Preparation and Execution module, within the glovebox, via the automated antechamber. After dispensing of the solid samples into the required reaction vials, the racks are transferred to the Reaction Execution module for liquid dispensing before being lidded, clamped and the reaction is performed. After reaction, the racks are transferred to the LCMS Preparation Module for dry-down.

Processing each reaction rack involves dosing powders to each vial on the Powder Dosing Module, dosing liquid from the source vials within the Reaction Module, and then sealing, heating and stirring independently.

Images

Close up of the Reaction module
Robot arm holding a vial rack
Dual MultiDose within the High-throughput experimentation platform
A vial being held by the robotic gripper
High-throughput experimentation platform
Dual MultiDose within the High-throughput experimentation platform
High-throughput experimentation platform
High-throughput experimentation platform reaction module
Genevac EZ-2 Bionic centrifugal evaporator
Powder dosing carousel
High-throughput experimentation platform glovebox
High-throughput experimentation platform
Robot gripper holding a vial
Close up of the vial rack hotel numbered from 19-21
Automated antechamber into the reaction preparation and execution module
Vial rack hotel
Hamilton X1 air displacement pipettes
Robot arm seen from the side holding a vial rack
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