Features
Reagent Reservoirs are designed to assist in repetitive or robotic liquid transfer
Pyramid and Trough Bottom designs promote funneling of liquid to maximize reagent recovery by pipet tips
Low profile is ideal for small volume robotic tips
229561 & 229562: Multiple wells allow for dispensing of various reagents
Polypropylene offers a low binding surface to prevent samples from sticking to the side during elution, and is chemically inert for combinatorial chemistry applications
Autoclavable
diaago
Done
Description
Features
Reagent Reservoirs are designed to assist in repetitive or robotic liquid transfer
Pyramid and Trough Bottom designs promote funneling of liquid to maximize reagent recovery by pipet tips
Low profile is ideal for small volume robotic tips
229561 & 229562: Multiple wells allow for dispensing of various reagents
Polypropylene offers a low binding surface to prevent samples from sticking to the side during elution, and is chemically inert for combinatorial chemistry applications
Autoclavable
Features
Reagent Reservoirs are designed to assist in repetitive or robotic liquid transfer
Pyramid and Trough Bottom designs promote funneling of liquid to maximize reagent recovery by pipet tips
Low profile is ideal for small volume robotic tips
229561 & 229562: Multiple wells allow for dispensing of various reagents
Polypropylene offers a low binding surface to prevent samples from sticking to the side during elution, and is chemically inert for combinatorial chemistry applications
Autoclavable
Features
Reagent Reservoirs are designed to assist in repetitive or robotic liquid transfer
Pyramid and Trough Bottom designs promote funneling of liquid to maximize reagent recovery by pipet tips
Low profile is ideal for small volume robotic tips
229561 & 229562: Multiple wells allow for dispensing of various reagents
Polypropylene offers a low binding surface to prevent samples from sticking to the side during elution, and is chemically inert for combinatorial chemistry applications
