• Solid phase room temperature trapping of 11CO2 onto molecular sieve

• Rapid heating to 250°C (11CO2 releases at 180°C)

• Compressed air cooling

• Dual 1.1mL disposable tapered bottom glass reactors

• Rapid heating to 250°C and compressed air cooling

• Production of methyl-iodide in reactor 1 via the “wet chemistry” method

• Reactor 2 used for labelling reactions with syringe driven HPLC loop loading

• Built-in with rapid heating up to 250°C for online conversion of methyl-iodide into methyl-triflate

• Either by traditional reaction vial (Reactor 2) or

• Room temperature loop labelling*

• 9 Electric multi-position valves

• 13.6 bar (200psi), 1.32 mm orifice, 20uL internal volume

• Built-in automatic injector

• Manual injector (for precursor loading for loop labelling reactions with 2mL stainless steel loop

• Knauer 50 mL/min pump

• Optional quaternary L.P.G. & quad channel degasser

• Knauer detector with remote fibre optic flow cell

• Variable wavelength (190-750 nm)

• Disposable sterile kit with reverse phase S.P.E. cartridge reformulation

• Non-proprietary commercially available components

• Industrial PLC with Ethernet communications

• All compressed air used for reactor or column cooling is contained and can be exhausted outside of the hotcell to avoid hotcell contamination or pressurization