Nunc™ Cell Culture/Petri Dishes
Choose the new Thermo Scientific Nunc EasYDish cell culture dishes for improved handling and stacking.
Nunc™ Cell Culture/Petri Dishes
Actual product may vary
Nunc™ Cell Culture/Petri Dishes
Nunc™ Cell Culture/Petri Dishes
Thermo Scientific™

Nunc™ Cell Culture/Petri Dishes

Perform a variety of applications across a broad range of sizes and styles to suit a variety of experimental needs.
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Catalog NumberDescription
17492635x10mm Dish, Nunclon™ Delta, gridded
15031835x10mm Dish, Nunclon™ Delta
15306635x10mm Dish, Nunclon™ Delta
17109935x10mm Dish, Non-treated
17488860x15mm Dish, Cell culture-treated Permanox
15032660x15mm Dish, Nunclon™ Delta
15028860x15mm Dish, Nunclon™ Delta
16955860x15mm Dish, Nunclon™ Delta, gridded
150350100x15mm Dish, Nunclon™ Delta
168381150x21mm Dish, Nunclon™ Delta
172931100x21mm Dish, Nunclon™ Delta
Catalog number 174926
Price (USD)
652.00
Case of 500
Add to cart
Description:
35x10mm Dish, Nunclon™ Delta, gridded
Price (USD)
652.00
Case of 500
Add to cart

With wide selections in size and style, Thermo Scientific™ Nunc™ Cell Culture Dishes suit a multitude of experimental needs in your cell culture routine. Perform a variety of applications in dishes with the Nunclon™ Delta surface treatment that promotes maximum adhesion for a broad range of cell types.

Features:

  • Top and bottom stacking rings for easier handling and more stable stacking
  • Sterile and non-pyrogenic
  • Available with or without air vents for gas exchange
  • 2 x 2mm grid for cloning experiments and determination of plating efficiency

Ordering Information:

174926 and 169558 feature 2x2mm grid

171099 for suspension cell culture - not Nunclon Delta treated

Includes:

A certificate that assures user of biological performance as well as traceability.

Warranty: 90 days

WARNING: Cancer – www.P65Warnings.ca.gov
Disclaimer to internal research use restriction: Any restrictions on the purchaser to utilize the product(s) for internal research purposes only does not apply to the product(s) on the web pages associated with this statement.
Specifications
Closure ColorClear
Closure IncludedClosure Included
Closure MaterialPolystyrene
Description35x10mm Dish, Nunclon™ Delta, gridded
Bottom ShapeFlat
Capacity (Metric)3 mL (Well)
ColorClear
Culture Area8.8 sq. cm
GriddedGridded
MaterialPolystyrene
ShapeRound
SterilitySterile
Surface TreatmentNunclon Delta
TypeCell Culture Dish
Volume (Metric) Working3 mL
Well Count1
IncludesLid
No. per Case500
No. per Pack20
VentLid with airvent
Height (Metric)12.4 mm
Diameter (Metric)40.6 mm
Unit SizeCase of 500

Frequently asked questions (FAQs)

What is the recommended working volume of Nunc adherent cell culture products?

This depends largely on the cell line and working conditions (considerations include headspace for gas exchange, supplements used, and optimal feeding schedule, among others) but we do offer guidelines for development purposes (0.3 to 0.5 mL per cm2) . Note that these volumes are approximate and may have to be modified for best performance. T25 Flask = 7 mL, T75 Flask = 25 mL, T175 Flask = 55 mL, T225 Flask = 70 mL, 300cm2 Flask = 100 mL, 500 cm2 TripleFlask = 200 mL, 35 mm round culture dish = 3 mL, 60 mm round culture dish = 5 mL, 100 mm round culture dish = 12 mL, 150 mm round culture dish = 35 mL, 4 (rectangular) well Multidish = 5 mL, 8 (rectangular) well Multidish = 3 mL, 4 (round) well Multidish = 1 mL, 6 well Multidish = 3 mL, 12 well Multidish = 2 mL, 24 well Multidish = 1 mL, 48 well Multidish = 0.5 mL.

What is Nunclon Delta?

Nunclon Delta refers to our performance-certified surface for culture of adherent cells, available in a variety of common formats (flasks, plates, multiwell dishes). It is tested with at least four cell lines (varies by product and manufacturing location) commonly used in research, and it should work well for most robust cell lines. It does not involve addition of coating reagent, but rather is manufactured by exposure of the molded products to a proprietary energy source, which renders the surface more hydrophilic by means of increasing the concentration of oxygen-containing (e.g. hydroxyl) molecular groups. It is by this hydrophilic property that anchorage-dependent cells are able to attach to the surface and become confluent.

Find additional tips, troubleshooting help, and resources within our Cell Culture Support Center.