Shake Flasks

Thermo Scientific Solaris Incubated and Refrigerated Benchtop Shakers combine an ergonomic design with key feature enhancements like Peltier chillers, a sealed electronic system, programmable display, and an easy to clean platform design. The triple

Thermo Scientific Solaris Incubated and Refrigerated Benchtop Shakers combine an ergonomic design with key feature enhancements like Peltier chillers, a sealed electronic system, programmable display, and an easy to clean platform design. The triple

Nalgene 50ml beaker rack for Solaris Shaker 11x14" or 12"x14" Platforms, 28 places per rack - Shakers, Shaker Accessories"

Thermo Scientific Solaris Incubated and Refrigerated Benchtop Shakers combine an ergonomic design with key feature enhancements like Peltier chillers, a sealed electronic system, programmable display, and an easy to clean platform design. The triple

Thermo Scientific Solaris Incubated and Refrigerated Benchtop Shakers combine an ergonomic design with key feature enhancements like Peltier chillers, a sealed electronic system, programmable display, and an easy to clean platform design. The triple

Nalgene 600ml beaker rack for Solaris Shaker 11x14" or 12"x14" Platforms, 5 places per rack - Shakers, Shaker Accessories"

Thermo Scientific Solaris Incubated and Refrigerated Benchtop Shakers combine an ergonomic design with key feature enhancements like Peltier chillers, a sealed electronic system, programmable display, and an easy to clean platform design. The triple

These reusable flasks provide an alternative to fragile glass flasks with no apparent difference in growth curves of E. coli or S.

These reusable flasks provide an alternative to fragile glass flasks with no apparent difference in growth curves of E. coli or S.

These reusable flasks provide an alternative to fragile glass flasks with no apparent difference in growth curves of E. coli or S.

These reusable flasks provide an alternative to fragile glass flasks with no apparent difference in growth curves of E. coli or S.

Biochemical Oxygen Demand (BOD) is an expression for the quantity of oxygen required for biological degradation of organic matter in a waste water sample. BOD measurement is used as a basis for the detection of biologically degradable organic matter