Abstract: In one aspect, an automated, parallel autosampler system for drawing chromatography samples from a plurality of sample containers is provided which includes: a deck; a head movable relative to the deck; at least one drive selectively controllable to move the head relative to the deck; a plurality of elongated sippers mounted to the head at spaced-apart locations; a plurality of outlet tubes connected to the sippers in one-to-one correspondence; and, at least one source of negative pressure in selective communication with the outlet tubes to selectively provide negative pressure in the lumens of the sippers, wherein, the sippers are arranged on the head so that the sippers are simultaneously insertable into a corresponding number of the sample containers. Advantageously, the subject invention allows for much greater size samples to be extracted than the prior art with permitted variability in the number and configuration of the sample containers.

Abstract: In one aspect, an automated, parallel autosampler system for drawing chromatography samples from a plurality of sample containers is provided which includes: a deck; a head movable relative to the deck; at least one drive selectively controllable to move the head relative to the deck; a plurality of elongated sippers mounted to the head at spaced-apart locations; a plurality of outlet tubes connected to the sippers in one-to-one correspondence; and, at least one source of negative pressure in selective communication with the outlet tubes to selectively provide negative pressure in the lumens of the sippers, wherein, the sippers are arranged on the head so that the sippers are simultaneously insertable into a corresponding number of the sample containers. Advantageously, the subject invention allows for much greater size samples to be extracted than the prior art with permitted variability in the number and configuration of the sample containers.