EMX Spill-proof Electromantles and EMV V-shaped Electromantles may accommodate 60° funnels, pear-shaped or round botom flasks. They have been designed to accept a large range of flasks and funnel sizes for added flexibility.
EMX Spill-proof Electromantles and EMV V-shaped Electromantles may accommodate 60° funnels, pear-shaped or round botom flasks. They have been designed to accept a large range of flasks and funnel sizes for added flexibility.
EMX Spill-proof Electromantles and EMV V-shaped Electromantles may accommodate 60° funnels, pear-shaped or round botom flasks. They have been designed to accept a large range of flasks and funnel sizes for added flexibility.
EMX Spill-proof Electromantles and EMV V-shaped Electromantles may accommodate 60° funnels, pear-shaped or round botom flasks. They have been designed to accept a large range of flasks and funnel sizes for added flexibility.
The CMUT Electromantle is a multiple volume CMU Electromantle, able to accommodate round bottom flasks of between 250ml to 1000ml capacity. Its key features are otherwise the same as for the CMU Controlled Electromantles.
The CMUT Electromantle is a multiple volume CMU Electromantle, able to accommodate round bottom flasks of between 250ml to 1000ml capacity. Its key features are otherwise the same as for the CMU Controlled Electromantles.
Flat Bottom 96-Well Plates are designed to have a raised rim to reduce cross contamination and to provide a better fit to the corresponding raised ring in the lid. Lid use reduces excessive evaporative fluid loss.
Flat Bottom 96-Well Plates are designed to have a raised rim to reduce cross contamination and to provide a better fit to the corresponding raised ring in the lid. Lid use reduces excessive evaporative fluid loss.
24 deep well plates are suitable for storage & dilution and have distinct alpha-numeric designations. Each well bottom has rounded corners and chambered edges to eliminate dead space during mixing.
24 deep well plates are suitable for storage & dilution and have distinct alpha-numeric designations. Each well bottom has rounded corners and chambered edges to eliminate dead space during mixing.