Azenta Life Sciences Thermo-Conductive Sink, For Use With 6-, 12-, 24-, 48-, 96-, 384-Well Flat Bottom Plates

Thermoconductive Sinks for use with Flat Bottom Plates are designed to provide uniform temperature to all wells, regardless of position, rapidly adapting when placed on a temperature source, such as ice, dry ice, liquid nitrogen or water baths, from -196°C to >+100°C

• Ideal for cooling, snap freezing, heating or thawing
• Helps keep samples organized and dry
• Compatible with all temperature sources
• SBS footprint

Thermoconductive Sink modules provide uniform temperature to all wells, regardless of position. When placed onto a temperature source such as ice, dry ice, liquid nitrogen or water baths, the Thermoconductive Sink module will rapidly adapt to that temperature - from -196°C to >+100°C. Its precision-engineered "direct contact" stage design virtually eliminates the insulating air gap found between the bottom of the plate wells and the temperature source, ensuring well-to-well temperature consistency.

Thermoconductive Sink modules ensure temperature sample uniformity when cooling, snap freezing, heating or thawing samples. All Thermoconductive Sink modules may be autoclaved, high heat sterilized or decontaminated with bleach, alcohol or other disinfectants or lab detergents.

Key Features:

Secure Sample Preparation:

• Removes all problems created by placing sample directly in ice: variable sample temperature, wet labels, contamination risk
• Keeps samples at desired temperature while also keeping them dry and sterile
• Sterilize via autoclave, high heat, disinfectants, or alcohol; compatible with common lab detergents
• Hard-anodized surface for resistance to rust, corrosion, and abrasion

Versatility & Performance:

• SBS footprint
• Compatible with all temperature sources (ice, dry ice, liquid nitrogen, water baths)
• Provides stable base for pipetting or reaction set-up
• Ideal for ELISA, multi-plex immunoassays, enzyme assays, or washing cells
• Useful for all benchtop procedures such as enzyme reactions, glycerol stocks, FACS staining and analysis in the same plate, RNA and protein isolation, and dilution assays