Greiner Bio-One 384 Well Small Volume Microplates
Polystyrene and Cycloolefin. Conforms to ANSI/SBS - 1 (2004) Standard Footprint Dimensions for equipment compatibility. Provides additional savings on reagents without having to incur capital investment to higher density plates. Compatible with all standard 384 well plate readers and dispensers (manual & automated).
Product description | Catalog # | Quantity | Price | |
---|---|---|---|---|
784080 |
|
$336.02 |
||
784086 |
|
$339.17 |
||
784075 |
|
$348.26 |
||
784076 |
|
$362.51 |
||
784077 |
|
$371.34 |
||
784101 |
|
$375.71 |
||
784074 |
|
$382.58 |
||
784900 |
|
$436.26 $408.54 |
||
784904 |
|
$441.98 $414.23 |
||
788101 |
|
$701.98 |
||
788000-01 |
|
$975.40 |
||
788096 |
|
$1,034.01 $978.02 |
||
788095 |
|
$1,061.41 $1,003.94 |
||
784076-25 |
|
$1,352.88 |
||
784075-25 |
|
$1,382.15 |
Greiner Bio-One 384 Well Small Volume Microplates Product Description
Polystyrene and Cycloolefin. Conforms to ANSI/SBS - 1 (2004) Standard Footprint Dimensions for equipment compatibility. Provides additional savings on reagents without having to incur capital investment to higher density plates. Compatible with all standard 384 well plate readers and dispensers (manual & automated).
Clear, Opaque Black, Opaque White, Black & White with μClear® Bottom, Polystyrene and Cycloolefin
Conforms to ANSI/SBS - 1 (2004) Standard Footprint Dimensions for equipment compatibility
- Provides additional savings on reagents without having to incur capital investment to higher density plates
- Compatible with all standard 384 well plate readers and dispensers (manual & automated)
- Round wells with conical geometry terminating in flat well bottom (28 μL maximum well volume) allows for improved detection limits
LUMITRACTM, FLUOTRACTM and CELLSTAR® formats for a variety of applications, including cell based assays
- Lowest autofluorescence for fluorescent applications; lowest crosstalk for luminescent applications
- HiBase and LoBase platforms; LoBase platform ultra-thin (75 μm) μClear® plates ideal for assays when detection or imaging from the bottom is desired