China Suppliers Bioland™ 96 Well Black/Clear Bottom Plate - Optimal for Fluorescence & Luminescence Applications Factory
More Details
- White microplates are recommended for luminescence measurements; with maximum reflection and minimal autoluminescence
- Available in black for fluorescence assays or white for luminescence and fluorescence assays
- Both available with clear bottoms
- Polymer base plate
- Working range: 50–200 μL/well
🧫 RNase/DNase-free
🧬 Human DNA-free
🔬 Non-pyrogenic
✅ Non-cytotoxic
🛡️ Sterile
The Bioland bottom porous plate with black or white polystyrene upper structure and thin polystyrene plate bottom can achieve excellent fluorescence and chemiluminescence detection performance in cell culture and microscopy applications. White or black Bioland bottom transparent microplates with polymer or coverslip substrates have excellent optical transparency and surface quality. Both black and white have transparent substrates, making them suitable for various HTS applications.
◼ Black Microplates
Used for fluorescence measurements — featuring minimal backscatter light and background fluorescence. Helps improve background, autofluorescence, and crosstalk.
◻ White Microplates
Used for chemiluminescence measurements — featuring high reflectance and low autofluorescence. Helps improve background, autofluorescence, and crosstalk.
Product Specifications
| Order Number | Description | Package |
|---|---|---|
| PG06-96CC | 96-well black glass bottom microplate; Cell culture surface | 1/PK；20/CS |
| PG06-W96C | 96-well white polymer bottom microporous plate; Cell culture surface | 1/PK；20/CS |
| PG06-96C | 96-well black polymer bottom microporous plate; Cell culture surface | 1/PK；20/CS |
| PG06-W96 | 96-well white polymer bottom microporous plate; Untreated surface | 1/PK；20/CS |
| PG06-96 | 96-well black polymer bottom microporous plate; Untreated surface | 1/PK；20/CS |
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Frequently Asked Questions
What is the difference between black and white microplates?
Black microplates are designed for fluorescence measurements, minimizing backscatter light and background fluorescence. White microplates are used for chemiluminescence (luminescence) measurements, offering high reflectance and low autofluorescence to maximize signal detection.
What working volume range is supported per well?
These 96-well microplates support a working range of 50–200 μL per well, suitable for a wide variety of assay formats and applications.
Are these microplates suitable for cell culture applications?
Yes. Selected models (e.g., PG06-96CC, PG06-W96C, PG06-96C) feature a tissue culture (TC) treated surface, making them fully compatible with cell-based assays and cell culture applications.
What quality and safety standards do these plates meet?
All Bioland microplates are RNase/DNase-free, Human DNA-free, non-pyrogenic, non-cytotoxic, and sterile, ensuring reliable and contamination-free experimental results.
What is the bottom material of these microplates?
The plates are available with polymer (polystyrene) or glass bottoms with clear transparency, offering excellent optical clarity for fluorescence imaging, cell microscopy, and HTS (high-throughput screening) applications.
Can these microplates be used for high-throughput screening (HTS)?
Yes. Both black and white Bioland microplates feature transparent substrates with excellent optical transparency and surface quality, making them well-suited for various HTS applications requiring fluorescence or chemiluminescence detection.