Module

Asia Sampler and Dilutor

Part of the Asia range

The Asia Sampler and Dilutor enables on-line reaction analysis by offering automated sample extraction, dilution and transfer to virtually any LCMS, GCMS, UPLC, etc.

Without stopping the experiment, the Asia Sampler and Dilutor automatically takes a 5 µL sample (or multiple samples) from the flowing stream of each experiment, dilutes it (by a factor from 5 to 250) and automatically injects it into the analytical apparatus.

The Asia Sampler and Dilutor module sends a ‘start’ signal to the chromatography device to start the run. It can also accept a ‘busy’ state signal from the device to avoid injecting a sample before it is ready.

Dilution factor 5 – 250
Reaction operating pressure 0 – 20 bar
High pressure (chromatography) operating pressure Valve dependent
Wetted materials pre-dilution (i.e. in contact with reaction solution) Glass, PTFE and PCTFE
Wetted materials post-dilution PTFE and 316 Stainless Steel
Outer materials Aluminium, stainless steel, and polyurethane sprayed white with highly chemically resistant epoxy paint
Active parts anodized red
Dimensions H 260 mm x W 160 mm x D 265 mm
Display 50 mm x 16 mm LED display with status indicator LEDs
Voltage input 100V to 240V AC, 50/60Hz

Asia Sampler and Dilutor in publications

The open access paper “An autonomous microreactor platform for the rapid identification of kinetic models” describes the uses of the Syrris Asia Sampler and Dilutor module to conduct automation reaction experiments and measure the outlet reactant and product concentrations using HPLC without user supervision. Read the paper here.

Systems

  • Asia Scale-Up Flow Chemistry System

    For easy scale-up of reactions from milligram to multi-gram quantities using flow chemistry.

    View system details
  • Asia Premium Flow Chemistry System

    Features a full range of Asia modules and enables standard flow chemistry operations as well as advanced use.

    View system details
  • Asia Process Optimization Flow Chemistry System

    Ideal for converting a batch chemistry reaction to a flow chemistry process and varying parameters for reaction optimization.

    View system details
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