23A00U147: Our black flat bottom 384-well assay plates are ideal for general (non-tissue culture) applications including microbiology, serology, and fluorescence assays. These completely black, polystyrene, flat bottom assay plates provide the best signal:noise ratio in top-read fluorescence. They come in standard 16x24 configuration and have molded in alpha-numeric position markings. Each well offers a working volume of 110ul. The rounded corner well design eliminates capillary action that can occur with square cornered plates. Ultra-flat surfaces, sturdy design, and rigidity optimize our 384-well assay plates for consistent handling with a variety of automated platforms for high throughput workflows. Plates are standardized to comply with ANSI/SLAS 2004-1 guaranteeing proper fit. Assay plates are tested on a lot-to-lot basis to be RNase, DNase, and pyrogen free. These plates are non-sterile and non-treated.
23A00U148: Our sterile black flat bottom 384-well assay plates are ideal for general (non-tissue culture) applications including microbiology, serology, and fluorescence assays. Specially packaged sterile, individually wrapped, with a non-reversible clear polystyrene lid. These completely black, polystyrene, flat bottom assay plates provide the best signal:noise ratio in top-read fluorescence. They come in standard 16x24 configuration and have molded in alpha-numeric position markings. Each well offers a working volume of 110ul. The rounded corner well design eliminates capillary action that can occur with square cornered plates. Lids are optically clear polystyrene. They offer sample protection, while allowing gaseous exchange and limited evaporation. Ultra-flat surfaces, sturdy design, and rigidity optimize our 384-well assay plates for consistent handling with a variety of automated platforms for high throughput workflows. Plates are standardized to comply with ANSI/SLAS 2004-1 guaranteeing proper fit. Assay plates are tested on a lot-to-lot basis to be RNase, DNase, and pyrogen free. These plates are sterile but not surface treated.
23A00U149: Our clear flat bottom 384-well assay plates are ideal for general (non-tissue culture) applications including microbiology, serology, and absorbance/colorimetric assays (400-900nm wavelength). Made from high optic transmission grade polystyrene, these clear flat bottom assay plates allow for top-read or bottom-read measurements in the visible range. They come in standard 16x24configuration and have molded in alpha-numeric position markings. Each well offers a working volume of 110ul. The rounded corner well design eliminates capillary action that can occur with square cornered plates. Ultra-flat surfaces, sturdy design, and rigidity optimize our 384-well assay plates for consistent handling with a variety of automated platforms for high throughput workflows. Plates are standardized to comply with ANSI/SLAS 2004-1 guaranteeing proper fit. Assay plates are tested on a lot-to-lot basis to be RNase, DNase, and pyrogen free. These plates are non-sterile and non-treated.
23A00U150: Our clear flat bottom 384-well assay plates are ideal for general (non-tissue culture) applications including microbiology, serology, and absorbance/colorimetric assays (400-900nm wavelength). Specially packaged sterile, individually wrapped, with a non-reversible clear polystyrene lid. Plate is made from high optic transmission grade polystyrene, these clear flat bottom assay plates allow for top-read or bottom-read measurements in the visible range. They come in standard 16x24 configuration and have molded in alpha-numeric position markings. Each well offers a working volume of 110ul. Lids are optically clear polystyrene. They offer sample protection, while allowing gaseous exchange and limited evaporation. Ultra-flat surfaces, sturdy design, and rigidity optimize our 384-well assay plates for consistent handling with a variety of automated platforms for high throughput workflows. Plates are standardized to comply with ANSI/SLAS 2004-1 guaranteeing proper fit. Assay plates are tested on a lot-to-lot basis to be RNase, DNase, and pyrogen free. These plates are sterile but not surface treated.
23A00U151: Our white flat bottom 384-well assay plates are ideal for luminescence and applications seeking increased signal sensitivity. These completely white, polystyrene, flat bottom assay plates were specifically designed for luminescence applications. The highly reflective solid white color boosts signal while reducing well-to-well crosstalk. They come in standard 16x24 configuration and have molded in alpha-numeric position markings. Each well offers a working volume of 110ul. The rounded corner well design eliminates capillary action that can occur with square cornered plates. Ultra-flat surfaces, sturdy design, and rigidity optimize our 384-well assay plates for consistent handling with a variety of automated platforms for high throughput workflows. Plates are standardized to comply with ANSI/SLAS 2004-1 guaranteeing proper fit. Assay plates are tested on a lot-to-lot basis to be RNase, DNase, and pyrogen free. These plates are non-sterile and non-treated.
23A00U152: Our white flat bottom 384-well assay plates are ideal for luminescence and applications seeking increased signal sensitivity. Specially packaged sterile, individually wrapped, with a non-reversible clear polystyrene lid. These completely white, polystyrene, flat bottom assay plates were specifically designed for luminescence applications. The highly reflective solid white color boosts signal while reducing well-to-well crosstalk. They come in standard 16x242 configuration and have molded in alpha-numeric position markings. Each well offers a working volume of 110ul. The rounded corner well design eliminates capillary action that can occur with square cornered plates. Lids are optically clear polystyrene. They offer sample protection, while allowing gaseous exchange and limited evaporation. Ultra-flat surfaces, sturdy design, and rigidity optimize our 384-well assay plates for consistent handling with a variety of automated platforms for high throughput workflows. Plates are standardized to comply with ANSI/SLAS 2004-1 guaranteeing proper fit. Assay plates are tested on a lot-to-lot basis to be RNase, DNase, and pyrogen free. These plates are sterile but not surface treated.