Corning

Corning 384-porous transparent polystyrene microporous plate

Brand：Corning
price：RFQ
Product description:
INQUIRY

Introduction:

Corning provides a series of microplate products, including different hole designs and sizes, different polymer materials and colors, and different surface treatments.
Corning's microplate size meets industry standards, ensuring compatibility and automated operation with all microplate supporting instruments. The microplate has an A-1 corner notch design. The A-1 corner notch design makes it possible to quickly determine the direction of the plate when setting automatic operations, thereby reducing the occurrence of automatic operation errors and avoiding lowering efficiency.
Corning's polystyrene microplates have a variety of surface treatment methods. These surfaces can support the binding and covalent fixation of cells, proteins, nucleic acids and other biological macromolecules.
Corning can help design and produce barcode labels according to customers' special requirements.

Detailed introduction:

384-porous transparent polystyrene microporous plate

1. standard hole volume 112μL; recommended working volume 20 to 80μL

2. cell culture plates are gamma-ray sterilized and heat-free certified

3.384 Hole General Optical Properties NBS™ Plate Made of Advanced Polymer with High Definition, Improved Chemical Tolerance

4. can fit the lid as needed

Ordering information of 384-hole transparent polystyrene microporous plate

Catalogue number	Plate type	Hole bottom	Surface treatment	Sterile	PCS/package	PCS/box
3640	Standard board	Flat	NBS™	No	25	100
3662	Transparent plate with cover	Flat	Polymeric D- lysine	Yes *	20	100
3680	Standard plate with cover	Flat	Not processed	Yes	20	100
3700	Standard board	Flat	Height combination	No	25	100
3701	Transparent plate with cover	Flat	TC- processing	Yes	20	100
3702	Standard board	Flat	Not processed	No	25	100
3703	Universal Optical Plate (Standard)	Flat	NBS™	No	25	100

:: Sterile production

:: NT= untreated, PDLNT= poly- D- lysine

Selection guidelines for 384-hole inspection microplate

Corning provides a series of 384 microporous plates for high throughput detection and storage. Classification by use may be as follows:

a.384 hole detection microporous plate

- Routine detection - non-processing, NBS™, highly bonded and UV microporous plates

- Cytological examination - tissue culture treatment, Corning®CellBIND® surface, poly - D- lysine coated polystyrene microporous plates

b.384 porous polypropylene storage microporous plate

this selection guide does not include a 384 pore microporous plate suitable for PCR and genomics, please refer to the Corning genomics product selection guide.

Corning provide a variety of detection microporous plates, divided into the following four:

1.384 Porous polystyrene microporous plates

2.384 Porous whole black or white polystyrene microporous plates

3.384 Microporous Styrene with black or white background

4.384 pore UV microporous plate

For low capacity detection, Corning 384 hole low capacity polystyrene board has full round bottom and black bottom penetration specification.

Type of 384-well plate	Bottom hole shape	Total volume per hole	Recommended volume of work (μL)
Standard 384 holes	Flat	112	20-80
Light ,384, panchromatic	Round bottom	35	5-20
shallow hole bottom penetration 384 holes	Flat	50	5-40

Corning 384 microporous plates include tissue culture treatments, Corning®CellBIND® surfaces and poly- D- lysine coated microporous plates. The surface treatment of the microporous plate treated by tissue culture, like Corning other cell culture utensils, can improve the adsorption efficiency of the cells which are not easy to adsorb. A new Corning®CellBIND® surface treatment can improve homogeneity and make cell adsorption more uniform.

Shape and size of 384-hole microporous plate

The size (length × width × height) of Corning 384 porous polystyrene microporous plate is 127.76×85.48 and 14.22 mm, which meets the industrial standard recommendation

Unique hole design provides better performance

The raised hole bottom has higher sensitivity

The raised edges reduce capillary action and contamination

Better Z factors at the bottom reduce air retention

Cone hole with shallow cone to improve efficiency