Chillers

ChillBlock™ thermo-conductive metal alloy tube racks eliminate inconsistencies which occur due to inserting tubes directly into ice, dry ice, alcohol ba ths, water baths and other common laboratory temperature sources. Place the ChillBlock™ tube

ChillBlock&trade thermo-conductive metal alloy tube racks eliminate inconsistencies which occur due to inserting tubes directly into ice, dry ice, alcohol ba ths, water baths and other common laboratory temperature sources. Place the

ChillBlock&trade thermo-conductive metal alloy tube racks eliminate inconsistencies which occur due to inserting tubes directly into ice, dry ice, alcohol ba ths, water baths and other common laboratory temperature sources. Place the

ChillBlock&trade thermo-conductive metal alloy tube racks eliminate inconsistencies which occur due to inserting tubes directly into ice, dry ice, alcohol ba ths, water baths and other common laboratory temperature sources. Place the

ChillBlock&trade thermo-conductive metal alloy tube racks eliminate inconsistencies which occur due to inserting tubes directly into ice, dry ice, alcohol ba ths, water baths and other common laboratory temperature sources. Place the

ChillBlock&trade thermo-conductive metal alloy tube racks eliminate inconsistencies which occur due to inserting tubes directly into ice, dry ice, alcohol ba ths, water baths and other common laboratory temperature sources. Place the

S700-16 ChillBlock&trade Profile Fit Microcentrifuge Tube Racks are available with either 15 & 30 wells holding 1.5 ml snap cap Microcentrifuge tubes.

S700-16 ChillBlock&trade Profile Fit Microcentrifuge Tube Racks are available with either 15 & 30 wells holding 1.5 ml snap cap Microcentrifuge tubes.

ChillBlock&trade thermo-conductive metal alloy tube racks eliminate inconsistencies which occur due to inserting tubes directly into ice, dry ice, alcohol ba ths, water baths and other common laboratory temperature sources. Place the

ChillBlock&trade thermo-conductive metal alloy tube racks eliminate inconsistencies which occur due to inserting tubes directly into ice, dry ice, alcohol ba ths, water baths and other common laboratory temperature sources. Place the

VistaLab reagent reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Hydrophilic surface of proprietary, laminated

VistaLab reagent reservoirs are uniquely treated to provide the lowest residual volume in the industry, meaning maximal reagent recovery, up to 67% better than comparable reservoirs. Hydrophilic surface of proprietary, laminated