BIOFLOAT™ 1536-well plates (10 Plates per pack) F202402

Ready-to-use for spheroid cell culture

The BIOFLOAT™ 1536-well plate provides a highly defined, fully inert, and cell-repelling surface.

Product Characteristics

Plate color: Black with clear bottom
Well bottom: round (U – bottom)
Recommended working volume: 10 µl
Array: 32 x 48 wells
Material: Polystyrene (PS)

RESEARCH USE ONLY. NOT INTENDED FOR DIAGNOSTIC OR THERAPEUTIC USE.
Spheroid_Compilation

Ready-to-use for spheroid cell culture

The BIOFLOAT™ 1536-well plate provides a highly defined, fully inert, and cell-repelling surface.

  • Ultra-high-throughput for large-scale studies
  • U-bottom geometry centers spheroids consistently
  • Black walls minimize light scattering for clear, high-contrast signals
  • Enables screening of scarce/precious cell types
  • Fully compatible with automation, including confocal microscopy
  • Miniaturized workflows reduce cost per experiment
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1536 - well plate characteristics:

Plate color: Black with clear bottom
Well bottom: round (U - bottom)
Well volume:  10 µl
Recommended working volume:  8 µl
Array: 32 x 48 wells
Dimensions: 85.5 mm (width) x 10,2 mm (height) x 127.8 mm (length)
Material: Polystyrene (PS)
Temperature range: – 20 °C to + 50 °C
Sterile: yes
Made in Germany

Quantity: bag of 10 plates with resealable snap lock

Why choose BIOFLOAT™ 1536-well plates

  • Rapid spheroid formation
  • High reproducibility of spheroid generation
  • Reliable spheroid formation
  • No need for centrifugation
  • Stability in long term cultivation of spheroids

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Raw Material Processing

The product does not use any raw materials of animal or biological origin and therefore does not have TSE/BSE.

The polymer raw materials used for coating plates were positively evaluated for quality consistency using GPC, GC-MS, and NMR spectroscopy.

The sterile, non-pyrogenic/endotoxin-free, non-cytotoxic, DNase-/RNase-/DNA-free multi-well plates were coated using pipetting robots. Coated plates were sterilized by electron beam irradiation according to DIN EN ISO 11137