Thermo Scientific Nunc EasYDish round cell culture dishes are next-generation cell culture dishes designed to improve handling, stacking, and transporting of cell cultures in a lab. Treated with Nunclon Delta-surface, every EasYDish cultureware lot is tested with trusted Gibco media to confirm consistent cell growth across multiple cell lines.
Made of gamma-irradiated polystyrene plastics, free of RNase, DNase, and human DNA, these dishes are also noncytotoxic, and nonpyrogenic and come with a five-year shelf life from manufacturing date.
Nunc EasYDish cultureware features include:
Smudge-free writing spaces
Navigate easily around your dish using embedded landmarks and keep your notations safely on the smudge-free designated writing space.
Beveled grip ring
This grip ring provides easier grasping and dish management when your hands are gloved.
Proprietary notch design
This design maximizes ventilation while minimizing friction between dish lids and rims as well as maintains sterility. These notches also restrict dish movement for secure lid-to-dish fitting and increase the physical strength of the dish itself.
Raised dish lid outer edge
The added a raised outer edge means no longer having to worry about sliding dishes and the grip ring supplies seamless stacking. You can rest easy and move quickly to get the result you need.
Dish-bottom orientation marks
Designed to make cells under the microscope easy to find.
"I really like the Nunc EasYDish cell culture dishes. I definitely had much more control when handling the dishes containing our precious neurons! I also noticed the numbering which will help some scientists. Because of the more secure handling I will be ordering the EasYDishes from now on."
Marthe Ludtmann of the Royal Veterinary College, London (UK)
"Our lab just started using the EasYDish cell culture dishes for our primary ex-vivo culture of rat lens epithelial cell explants. The beveled grip ring makes it easy to stack and handle the dishes. This is especially important given that I use over 20 dishes for the one experiment. I generally like to stack around 5 dishes on top of each other so this new bevel makes it much easier."
Daisy Shu, PhD Candidate, Ophthalmology, The University of Sydney (AU)
Made of gamma-irradiated polystyrene plastics, free of RNase, DNase, and human DNA, these dishes are also noncytotoxic, and nonpyrogenic and come with a five-year shelf life from manufacturing date.
Nunc EasYDish cultureware features include:
Smudge-free writing spaces
Navigate easily around your dish using embedded landmarks and keep your notations safely on the smudge-free designated writing space.
Beveled grip ring
This grip ring provides easier grasping and dish management when your hands are gloved.
Proprietary notch design
This design maximizes ventilation while minimizing friction between dish lids and rims as well as maintains sterility. These notches also restrict dish movement for secure lid-to-dish fitting and increase the physical strength of the dish itself.
Raised dish lid outer edge
The added a raised outer edge means no longer having to worry about sliding dishes and the grip ring supplies seamless stacking. You can rest easy and move quickly to get the result you need.
Dish-bottom orientation marks
Designed to make cells under the microscope easy to find.
"I really like the Nunc EasYDish cell culture dishes. I definitely had much more control when handling the dishes containing our precious neurons! I also noticed the numbering which will help some scientists. Because of the more secure handling I will be ordering the EasYDishes from now on."
Marthe Ludtmann of the Royal Veterinary College, London (UK)
"Our lab just started using the EasYDish cell culture dishes for our primary ex-vivo culture of rat lens epithelial cell explants. The beveled grip ring makes it easy to stack and handle the dishes. This is especially important given that I use over 20 dishes for the one experiment. I generally like to stack around 5 dishes on top of each other so this new bevel makes it much easier."
Daisy Shu, PhD Candidate, Ophthalmology, The University of Sydney (AU)
For Research Use Only. Not for use in diagnostic procedures.
