VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
Sealing films prevent evaporation and protect samples during processing, storage, and shipment. They have superior quality film and uniform adhesive with 2 perforated end tabs for accurate positioning.
Sealing films prevent evaporation and protect samples during processing, storage, and shipment. They have superior quality film and uniform adhesive with 2 perforated end tabs for accurate positioning.
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"
VistaLab reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Trough-within-a-trough design to recover the last few drops†Pour-off"