Physical/Chemical Analysis, Observation & Control

Microplate combines the advantages of Small Volume&trade microplates with the convenience of standard microplate dimensions. The unique well geometry features a square cross sectional area at the well top that transitions into a truncated cone with

Microplate combines the advantages of Small Volume&trade microplates with the convenience of standard microplate dimensions. The unique well geometry features a square cross sectional area at the well top that transitions into a truncated cone with

Microplate combines the advantages of Small Volume&trade microplates with the convenience of standard microplate dimensions. The unique well geometry features a square cross sectional area at the well top that transitions into a truncated cone with

All plates are manufactured from pre-tested polypropylene in Class 100000 clean rooms.&nbsp Designed to allow almost total removal of liquid sample.

384-well assay plates are available in black, white and clear. These 384-well plates have been optimized for fluorescence, luminescence/scintillation and ELISA/turbidity measurements respectively.

384-well assay plates are available in black, white and clear. These 384-well plates have been optimized for fluorescence, luminescence/scintillation and ELISA/turbidity measurements respectively.

The Corning 384 well clear bottom microplates now have a low flange and are ideal for fluorescent assays using either a top or bottom detection microplate reader. The black wall plates have low background fluorescence, minimal lights scatter and

Useful for through-plate readers and microscope viewing Standard, automation-friendly 96 well footprint Reduces total working volume up to 90% Saves time and money 125 &microL well volume Black and White Clear Bottom Plates are available with

Useful for through-plate readers and microscope viewing Standard, automation-friendly 96 well footprint Reduces total working volume up to 90% Saves time and money 125 &microL well volume Black and White Clear Bottom Plates are available with

4 times more wells than a 96 well plate for assay miniaturization and cost savings Same footprint as 96 well plate, compatible with robotics and automated equipment Rounded square design and round bottom minimizes wicking Efficient washing and

The Corning® well microplate is specially designed for immobilizing large molecules like antibodies that have large hydrophobic regions. These non-sterile microplates feature high quality construction.

The Corning® well microplate is specially designed for immobilizing large molecules like antibodies that have large hydrophobic regions. These non-sterile microplates feature high quality construction.