CELLTREAT Tissue Culture Treated Dish 6cm Sterile Polystyrene 500pcs

Description

Product Overview

The CELLTREAT 229661 tissue culture treated dish is engineered for demanding cell biology applications. Measuring 6 cm in diameter with a depth of 1.5 cm, the dish offers a total volume of approximately 7 mL, providing ample space for cell seeding, media exchange, and observation. Constructed from high‑grade polystyrene, the surface is optically clear, allowing researchers to monitor cell morphology and confluence without removing the dish from the incubator. Each dish is sterile, ensuring a contaminant‑free environment from the moment it is opened. The packaging dimensions of 13.3 x 12.6 x 12.5 inches protect the dishes during shipping, while the lightweight design (0.32 ounces per dish) facilitates easy handling in the laboratory. The product is supplied in a pack of 500, delivering a cost‑effective solution for high‑volume workflows such as drug screening, toxicity testing, and routine cell culture maintenance.

Usage

These treated dishes are suitable for a broad range of cell culture techniques, including adherent cell lines, primary cells, and stem cell cultures. The sterile environment supports aseptic techniques, reducing the risk of microbial contamination during routine passaging, transfection, or immunostaining procedures. Researchers in academic, pharmaceutical, and biotechnology settings can rely on the consistent surface chemistry of the polystyrene to promote uniform cell attachment and growth across multiple experiments. The 6 cm format fits standard incubator shelves and is compatible with most laboratory equipment, such as microscopes, plate readers, and automated handling systems. Whether performing short‑term proliferation assays or long‑term differentiation studies, the dish’s robust design maintains structural integrity throughout extended incubation periods.

Why Choose Us

Choosing CELLTREAT means selecting a brand with a proven track record in scientific consumables. Each dish undergoes rigorous quality control testing to verify sterility, dimensional accuracy, and optical clarity, ensuring reproducible results across batches. The manufacturer, CELLTREAT Scientific Products, sources raw materials from vetted suppliers, guaranteeing that the polystyrene meets international standards for biocompatibility. The pack of 500 reduces the need for frequent reordering, minimizing downtime and inventory management complexity. Additionally, the product is backed by responsive customer support that can assist with technical queries, order tracking, and after‑sales service, providing confidence that any issues will be addressed promptly.

Key Features

• Sterile, ready‑to‑use dishes eliminate the need for additional sterilization steps.
• High‑quality polystyrene provides an optically clear surface for easy microscopic observation.
• Consistent 6 cm diameter and 1.5 cm depth support uniform cell seeding and growth.
• Pack of 500 offers a reliable supply for high‑throughput and routine experiments.
• Dedicated customer support ensures quick resolution of any product‑related concerns.

FAQ

What cell types are compatible with this dish?

The dish is suitable for most adherent cell lines, primary cells, and stem cells that require a sterile, flat polystyrene surface for attachment and growth.

Is the dish pre‑treated for enhanced cell attachment?

Yes, the surface is treated to promote cell adhesion, reducing the need for additional coating steps in many protocols.

Can the dishes be used with automated liquid handling systems?

Absolutely. The standard 6 cm size and lightweight construction are compatible with most robotic platforms and plate readers.

What is the recommended storage condition?

Store the dishes in a cool, dry place away from direct sunlight. Keep the packaging sealed until use to maintain sterility.

How does CELLTREAT ensure product consistency?

Each production batch undergoes strict quality control checks for sterility, dimensions, and optical clarity, guaranteeing consistent performance across all units.