48 Well PS Cell Culture Plate TC Treated Flat Bottom with Lid Sterile Individual Packed Biofargo

Description

Biofargo Multiwell Cell Culture Plates (TC Treated, Flat Bottom) are premium polystyrene tissue culture consumables optimized for adherent cell culture, high‑throughput screening, microscopy, and molecular biology applications. Each plate features a tissue culture‑treated surface that enhances cell attachment and uniform growth, sterile gamma irradiation with DNase/RNase‑free certification for contamination‑free results, and a flat bottom for enhanced optical clarity. Precision molded with condensation rings, low evaporation lids, stackable design, and alphanumeric well ID to support efficient workflows and reliable experimental reproducibility. Suitable for use with standard incubators, microscopes, plate readers, and automated liquid handling systems.

Material and Dimension

Material: Polystyrene, Gamma Sterilized

Dimension: D1=12.5mm D2=10.8mm H=17.5mm 

Features

• Tissue Culture (TC) Treated Surface — Promotes enhanced cell attachment and consistent growth for adherent cells.

• Premium Polystyrene Construction — Crystal clear flat bottom optimizes optical quality for microscopy and imaging.

• Sterile & DNase/RNase Free — Gamma sterilized to ensure contamination‑free results in sensitive assays.

• Low‑Evaporation Lids with Condensation Ring — Minimizes media evaporation and reduces edge effects.

• Stackable & Alphanumeric Well ID — High throughput friendly, easy to label and track experimental conditions.

Application

• Biofargo TC Treated Multiwell Cell Culture Plates are ideal for a wide range of cell biology and molecular research applications, including:

• Adherent cell culture – Supports consistent cell attachment and uniform growth for mammalian and other adherent cell types.

• Cell proliferation and cytotoxicity assays – Suitable for evaluating cell growth, viability, and drug effects.

• Transfection and gene expression studies – Compatible with lipid- or electroporation-based transfection methods.

• High-throughput screening (HTS) – Stackable design and standardized well formats (6/12/24/48/96) facilitate automated liquid handling and screening workflows.

• Immunofluorescence, microscopy, and imaging – Flat bottom and clear polystyrene enable high-quality imaging and quantitative analysis.

• Clone formation and colony assays – Supports uniform colony growth with minimal edge effects.

• Molecular biology applications – Ideal for PCR setup, reporter assays, and other plate-based experiments requiring sterile, RNase/DNase-free conditions.