Chemical Reactors Products & Reviews
Chemical Reactors
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FRX200
Syrris LimitedFRX200 is a flexible system enabling solid phase or solution phase chemistry on mg - kg scale and multi step chemistry. FRX200 is designed to give a wide range of options for people wanting to investigate flow chemistry. Allowing users to conduct solid-phase chemistry in addition to multi-stage synthesis and reactions under pressure. FRX200 combines a range of reactors (micro rectors, tube reactors and solid-phase columns) w…
FRX300
Syrris LimitedFRX300 is a complete workstation giving any chemist a wide range of experimental possibilities with flow reactions. By including the FLLEX, liquid-liquid extraction module, FRX300 allows materials to be prepared and worked up automatically. FRX300 provides an introduction to automatic workup of flow reactions. With integrated injection loops to add materials to the flow and a range of different volume reactors, FRX300 gives us…
FRX400
Syrris LimitedThe FRX400 includes all the functionality of FRX300 but also has the full range of Syrris reactors, 4 Pumps, 2 Hotplates, 2 Reagent Modules and the Cooling Insert. This enables up to 4 inputs into a multi step reaction or 3 inputs and an immiscible aqueous work-up stream, reaction steps at different temperatures, cooling to -20°C and injection of small quantities of up to 4 reagents via sample loops. The FLLEX (Flow Liquid Liq…
SWAVE
Chemspeed Technologies AGSWAVE: Microwave Synthesis Workflows The SWAVE Microwave Synthesizer combines Chemspeed‘s unique range of robotic tools with the renowned microwave technology of Biotage. On this one workstation, a microwave-assisted synthesis workflow can be entirely automated. Everything from reagent preparation to capping/ crimping/ gripping, multi-step synthesis, work-up and online transfer to analytics can be performed on the same platfo…
ASW2000
Chemspeed Technologies AGASW2000: Automated synthesis workstation The ASW platform enables you to do automated and unattended synthesis integrating work-up and analysis during or at the end of the synthesis. 1. Transfer your chemistry to an automated synthesizer without restrictions or compromises: reactors in glass (maximum temperature range) and reagent handling under completely inert conditions. 2. Automated and unattended synthesis with complet…