Well count
Macro-well formats support larger per-well culture area and easier handling. Micro-well formats support more conditions, replicates, and screening-oriented workflows.
Cell Culture Plates
Selection factors
Confirm plate format before ordering
Cell culture plate selection depends on well count, surface treatment, sterility, visibility, lid fit, and the number of conditions or replicates in the workflow.
Surface treatment
Use TC-treated plates for adherent cell culture workflows when attachment support is required. Confirm surface expectations against cell-line behavior and protocol needs.
Workflow density
Choose the plate format based on condition count, replicate needs, media volume, handling ergonomics, and whether the workflow is culture-only or assay-adjacent.
Replenishment path
Small packs support trial use and workflow setup. Larger pack configurations support routine replenishment once the plate format is standardized.
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Cell Culture Plates, Sterile, TC-Treated, 384-Well, Colored-Wall
Cell Culture Plate, Sterile, TC-Treated, 384-Well, Colored-Wall is a dependable cell culture plate for adherent cell culture, assay setup, imaging, and screening workf...
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Shop by format
Choose a plate format for your workflow
Start with well count, then confirm surface treatment, sterility, lid fit, and final product variant details.
6-well plates
For larger per-well culture area, lower condition counts, and workflows that need easier access to each well.
Shop 6-well plate options12-well and 24-well plates
For mid-density cell culture workflows that balance per-well area, condition count, and handling efficiency.
Shop mid-density plates96-well plates
For higher-throughput workflows, replicate-heavy setups, screening, and assay-adjacent cell culture work.
Shop 96-well plate options384-well plates
For dense screening workflows where condition count and miniaturization are more important than large per-well culture area.
Shop 384-well plate optionsPlate choice
Macro-well vs. Micro-well Culture Plates
Well count changes culture area, handling, media volume, condition density, and how the plate fits the rest of the workflow.
Macro-well plates (6-, 12-, 24-well)
Choose macro-well formats when cells need more per-well area, easier manual access, or when running fewer experimental conditions.
Review macro-well optionsMicro-well plates (96-, 384-well)
Choose micro-well formats when the workflow depends on more conditions, replicates, screening density, or assay-compatible handling.
Review micro-well optionsSpecification summary
Plate selection attributes at a glance
Use this table to compare common plate-format decisions before selecting a product variant.
| Attribute | Why it matters | What to confirm |
|---|---|---|
| Well count | Controls condition density, per-well area, and workflow scale | 6-well, 12-well, 24-well, 96-well, or 384-well path |
| Surface treatment | Affects suitability for adherent cell workflows | TC-treated requirement and cell-line fit |
| Sterility | Supports cell culture handling expectations | Sterility wording and pack configuration |
| Optical and handling needs | Affects observation, assay workflow, and manual handling | Plate color, bottom clarity, lid fit, and equipment compatibility |
For supplier replacement, verify well format, plate dimensions, surface treatment, sterility wording, optical requirements, and instrument compatibility before switching.
Format check
Is a plate the right cultureware format?
Use this quick check when the workflow could be routed to flasks, plates, dishes, or shake flasks.
Choose plates for parallel work
Use plates when condition count, replicates, screening, or assay-adjacent handling is central to the workflow.
View plate optionsUse flasks for expansion
Use flasks when the main need is routine maintenance, passaging, media exchange, or larger adherent culture expansion.
View flasksUse dishes for observation
Use dishes when open handling, observation, or imaging-adjacent workflow needs are more important than well density.
View dishesBuying Guides
Cell culture plate buying guides
Use these guides when well count, surface treatment, assay-readiness, or vessel-family fit affects the plate order.
Cell Culture Plate Selection Guide
Compare macro-well and micro-well plate formats by culture area, condition density, handling, and workflow fit.
Choose a plate formatTC-Treated vs Non-Treated Cell Cultureware
Review when treated surfaces matter across cell culture plates, flasks, and dishes.
Review surface treatmentFlask vs Plate vs Dish for Cell Culture
Confirm whether the workflow belongs in a plate, flask, dish, or shake flask before selecting a product.
Compare culturewareCell Culture Supplies Checklist
Review adjacent culture supplies used for setup, maintenance, passaging, and assay preparation.
Open supplies checklistCell Culture Buying Guides
Open the broader Cell Culture Buying Guides hub for product-selection paths across the cluster.
View all buying guidesRelated lab knowledge
Related lab knowledge for cell culture workflows
Use these resources when culture conditions, protocol steps, contamination control, primary cells, organoids, or downstream assays affect the buying decision.
Cell Culture Lab Knowledge
Explore cell culture protocols, troubleshooting resources, application methods, and related buying guidance from Direct2Lab.
Read resourceCell Proliferation Assays: CCK-8 vs MTT vs Other Methods
Measuring cell proliferation and viability is fundamental to drug screening, toxicology, growth-curve analysis, and optimization of cell culture co...
Read resourceImmunofluorescence Staining in Cell Culture
Quick answer Immunofluorescence Staining in Cell Culture Immunofluorescence staining uses fluorescently labeled antibodies to visualize prote...
Read resourceCell Culture Contamination: Types, Identification, and Prevention
Cell culture contamination occurs when unwanted microorganisms or biological material enter a culture and interfere with normal cell growth or expe...
Read resourceOrganoid Culture 101: An Introduction to 3D Cell Models
Quick answer Organoids add 3D structure and cell organization, but require tighter matrix and culture control Organoid culture has become an import...
Read resourceCell Transfection 101: Methods, Optimization, and Troubleshooting
Cell transfection is the process of introducing nucleic acids into mammalian cells to alter gene expression or cellular behavior. Depending on the ...
Read resource
Product support
Need help matching a current cell culture plate?
Send Direct2Lab the well count, surface requirement, plate color or clarity need, pack preference, or supplier SKU. The team can help review the closest product path before a routine order is standardized.
FAQ
Common questions
How do I choose a cell culture plate format?
Start with condition count, replicate needs, and per-well culture area. Macro-well formats provide more space per well; micro-well formats support denser workflows and more parallel conditions.
When should I choose plates instead of flasks?
Choose plates when the workflow depends on multiple conditions, replicates, screening, or assay-adjacent handling. Choose flasks for routine maintenance, passaging, and expansion.
Do adherent cells need TC-treated plates?
TC-treated plates are commonly selected for adherent cell culture workflows, but final fit should be confirmed against the cell line, protocol, and product documentation.
What should I verify before replacing another supplier's plate?
Confirm well count, plate dimensions, surface treatment, sterility wording, optical requirements, lid fit, pack size, and any instrument compatibility requirement.
