Lab Cell Culture Dishes are fundamental tools for cultivating microorganisms, growing cells, and conducting various biological experiments in research and educational settings. They are crucial for maintaining sterile environments and supporting cell growth across diverse applications, from basic microbial plating to complex tissue culture. Products were evaluated based on material quality, sterility, surface treatment, size, quantity, user reviews, and feature analysis.
200 Pack 90mm Petri Dishes Sterile Plastic Bulk with Lids Deep Clear Thick Science Lab Cell Culture Agar Dish for Lab Jelly Science Party Project Experiment Analysis Equipment Projects Supplies
$40.99
Bulk quantity and reliable sterile plastic make it versatile for general lab use.
View on AmazonOffers a small quantity at a compact size, suitable for limited projects or initial trials.
Search on AmazonFeatures advanced TC treatment for optimized cell adhesion and a larger working volume, ideal for specialized cell culture.
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- Package: Sterile Plastic Petri Dishes: 10 Pack of 90mm diameter x 15mm deep Sterile Petri Dishes with Lids.【This is a plastic petri dish, please do not heat more than 120℉ or it will melt, if you need the Autoclavable dish, please click Autoclavable...
- Sturdy & Thick: Ethylene oxide sterilization, The clear petri dish is made of high quality plastic material,solid and thick.Other brands on the market are only 12g, ours weighs 16g, Thicker and more durable
- 3 Vented Lids: Each petri plate has 3 lids so that there is improved air circulation and less condensation, Ideal for growing bacteria, mold, yeast, fungus and other organisms.
- Applicaiton: Laboratory analysis for medical,biological,scientific research and other activities.
- Sufficient to Use and Replace: there are 400 pieces of plastic petri dishes with lids in the package, which are enough to meet your daily science lab experiment need and replacement
- Reliable Material: these culture dishes with lids are made of quality plastic materials, which are solid and sturdy, with smooth and transparent surface, clear for good clarity in microscopic examination, please do not heat, or it will melt
- Wide Applications: these sterile petri dishes with lids are suitable for laboratory analysis, science projects, science theme parties, mycology studies for medical, biological, science projects, and these lab petri dishes are suitable for general training...
- Easy to Observe: these petri dishes with lids are clear, so you can write something on the petri dish with a marker, and then you can clearly observe the change of seeds or cell culture
- Sufficient to Use and Replace: there are 200 pieces of plastic petri dishes with lids in the package, which are enough to meet your daily science lab experiment need and replacement
- Reliable Material: these culture dishes with lids are made of quality plastic materials, which are solid and sturdy, with smooth and transparent surface, clear for superior clarity in microscopic examination; Please do not heat or it will melt
- Wide Applications: these sterile petri dishes with lids are suitable for laboratory analysis, science projects, science theme parties, mycology studies for medical, biological, science projects, and these lab petri dishes are suitable for general training...
- Easy to Observe: you can write something on the clear petri dish with a marker, and then you can clearly observe the change of seeds or cell culture
- clear glass petri dishes with lids
- Suitable for cultivating microorganisms and cells
- Made of high-quality clear glass for easy observation
- Sterile and aseptic, ensuring accurate experimental results
- 10 Pack; two types available: 90 mm diameter and 20 mm height and 60 mm diameter and 15 mm height
- Glass Petri Dish with lid, optically clear for easy viewing
- Ideal for manufacturing industry and general laboratory use like cultivation of microorganism, plant germination, cell culture, precipitate drying etc.
- Made of durable Borosilicate Glass; perfect handcraft; easy to clean
- 10/Re-sealable Bag
- 500/Case
- Cell Growth Area 8.5cm²
- Non-pyrogenic
- High clarity polystyrene
- Flat transparent surface
- Numeric mark on the bottom for easy identification
- PA/PE packaging
- What You Will Get: The package has a total of 500 plastic petri dishes, each measures about 2.36 x 0.59 inch/ 60 x 15 mm (diameter x depth), individually bagged (10/bag) to maintain sterility
- Premium Material: Our sterile petri dishes are made of laboratory grade thick polystyrene, with a perfectly smooth surface to ensure uniform growth during each cultivation. Petri dishes with loose lids promote optimal gas exchange, stackable design saves...
- Ready-to-Use: Pre-sterilized with ethylene oxide (EO) , ideal for mycology, agar experiments, and STEM projects – just open and use
- Easy to Observe: Clear petri dishes enables real-time sample monitoring under microscopes, helping with documentation; you can also mark different samples by writing or marking on the petri dish
- Petri dishes are not tissue culture treated
- Surface is hydrophobic and does not facilitate cell attachment
- 35mm dish has off-set bottom for improved handling
- Dishes have stacking rings for increased stability
- 10 Pack Teaching Aid: Includes 10 x petri dishes for classroom demos, lab use, and science projects, giving students and teachers enough cell culture dishes for repeated observation and practice without constant restocking
- Four Compartments Design: the divided layout helps keep samples separated during experiments, making this four compartments petri dish easier to organize, carry, and use for biology and microbiology research without mixing contents
- Transparent Observation: Clear construction supports easy viewing of cell growth and sample changes, and the transparent petri dish works well under a microscope for teaching aid use, laboratory checks, and detailed study
- Scientific Lab Use: Designed as a cell culture dish for experiments, biology classes, and microbiology research, this lab dish supports everyday scientific teaching tasks and helps present samples in a simple, organized way
This article is part of our complete guide Lab & Scientific Equipment — browse all our comparisons and buying guides.
Last update on 2026-10-15 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Cell Culture Dishes
Material Selection: Plastic vs. Glass
The choice between plastic and glass cell culture dishes often depends on the application and budget. Plastic dishes, typically made of polystyrene, are favored for their low cost, disposability, and inherent sterility when purchased in sealed packs, as seen with Kingdder and Fabbay products. They eliminate the need for cleaning and sterilization, reducing turnaround time in busy labs. However, they are single-use, contributing to waste. Conversely, borosilicate glass dishes, such as those from Labasics or stonylab, are autoclavable and designed for repeated sterilization and reuse. This makes them a more environmentally conscious option in the long run and potentially more cost-effective for labs with consistent, long-term use. Glass also offers superior optical clarity, which can be beneficial for high-resolution microscopy.
Surface Treatment and Sterility Requirements
For successful cell culture, especially with adherent cell lines, the surface treatment of the dish is a critical factor. Standard plastic petri dishes from brands like Kingdder and Fabbay are sterile but typically lack specific surface modifications for enhanced cell attachment. For demanding applications involving adherent mammalian cells, products like CryoKing's TC-treated dishes are essential. The 'Tissue Culture Treated' surface is chemically modified to promote cell adhesion and spreading, leading to more consistent and reliable cell growth. Beyond surface treatment, ensuring absolute sterility is paramount. Many plastic dishes, including those from Fabbay, are packaged in sterile, sealed bags to maintain integrity until use, which is a crucial detail for preventing contamination.
Dish Dimensions and Working Volume
The physical dimensions of cell culture dishes directly influence the available growth surface area and the working volume of media. Common sizes like the 90x15mm dishes from Kingdder and Fabbay offer a versatile balance for various applications, from microbial plating to standard cell culture. Smaller dishes, such as the 70x15mm option from Generic, might be suitable for initial screenings, limited sample volumes, or when incubator space is at a premium. For larger-scale experiments, prolonged cultures, or when a greater media volume is required to minimize evaporation or frequent media changes, larger dishes like CryoKing's 150x25mm models are more appropriate. Users report that selecting the correct size can optimize cell density and experimental conditions.
Quantity and Packaging Efficiency
Laboratories have diverse needs regarding the quantity of dishes required. For high-throughput work or large-scale educational projects, bulk packs like Kingdder's 200-count or Fabbay's 120-count provide significant cost efficiency and ensure a steady supply. These larger quantities reduce the frequency of reordering and can streamline inventory management. For labs with occasional or specialized needs, smaller packs, such as the 10-piece sets from Generic or Labasics, might be more practical, minimizing storage requirements and potential waste. Furthermore, features like the raised edges for convenient stacking, as highlighted by CryoKing, are valuable in laboratories where benchtop and incubator space is often at a premium, improving organization and workflow efficiency.
Pros & Cons
200 Pack 90mm Petri Dishes Sterile Plastic Bulk with Lids Deep Clear Thick Science Lab Cell Culture Agar Dish for Lab Jelly Science Party Project Experiment Analysis Equipment Projects Supplies
Pros
- High quantity suitable for large-scale projects and educational use.
- Deep clear design allows for ample media volume and easy observation of cultures.
- Reliable plastic material provides a sturdy and consistent sterile environment.
Cons
- Lacks specific surface treatments for enhanced adhesion of delicate cell lines.
- Single-use plastic contributes to laboratory waste, requiring proper disposal protocols.
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Pros
- Advanced TC treatment significantly improves cell attachment and growth efficiency for adherent cells.
- Lid design promotes effective gas exchange, optimizing the normal growth and metabolism of cells.
- Stackable feature with raised edges aids in laboratory organization and space-saving within incubators.
Cons
- Higher cost due to specialized treatment and larger dimensions compared to basic petri dishes.
- Less suitable for basic microbial plating where TC treatment is unnecessary, adding unnecessary expense.
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Pros
- Autoclavable borosilicate glass allows for repeated sterilization and reuse, reducing waste.
- Optically clear material provides superior viewing for microscopy and detailed observation.
- Durable glass construction is resistant to chemicals and high temperatures.
Cons
- More fragile than plastic alternatives, susceptible to breakage if mishandled.
- Requires dedicated cleaning and sterilization protocols before reuse, adding labor and time.
Common Mistakes to Avoid
Overlooking Surface Treatment for Adherent Cells
Users often select standard sterile plastic dishes, such as those from Kingdder or Fabbay, for cell lines requiring adhesion, leading to poor cell attachment and growth. For adherent cell cultures, a product like CryoKing's TC-treated dishes is specifically designed to optimize cell binding and proliferation, a critical factor for experimental success. Neglecting this feature can result in wasted reagents and time.
Choosing Non-Autoclavable Dishes for Reusable Applications
Attempting to sterilize standard plastic petri dishes, such as the Generic 70x15mm items, in an autoclave can lead to melting or warping, rendering them unusable. For applications requiring repeated sterilization and reuse, opting for borosilicate glass dishes like those offered by Labasics or stonylab is essential, as they are designed to withstand high temperatures without degradation.
Mismatching Dish Size to Experimental Needs
Selecting an inappropriately sized dish can compromise experimental outcomes. For instance, using a small 70x15mm dish from Generic for experiments requiring significant surface area or media volume can limit cell growth or sample capacity. Conversely, a large 150x25mm dish from CryoKing might be excessive for small-scale microbial plating, consuming unnecessary space and resources and potentially leading to faster media evaporation.
Neglecting Packaging and Sterility Integrity
While bulk packs like Kingdder's 200-count provide cost efficiency, it's crucial to ensure the packaging maintains sterility until use. Improper handling or compromised sterile bags, as Fabbay emphasizes with its sealed packaging, can introduce contamination. Users report that maintaining the integrity of the sterile packaging is as important as the initial sterility of the dishes themselves for successful experiments.
