CellSCAFLD® 3D Cell Culture Scaffolds

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+91 9108788989

Email

contact@biostarlifetech.com

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CellSCAFLD® 3D Cell Culture Scaffolds

Available Matching Specifications:
Culture plates：6 well 12 well 24 well
Culture dishes：35 mm 60 mm 70 mm

Product Information

The conventional cell culture is performed using 2D planes, and the growth model of 2D cell cultures is very different from the 3D environment in vivo. This causes significant differences in cellular morphology, cell differentiation, cell-matrix interaction and intercellular interaction when compared to the behavior under physiological conditions in vivo. A 3D cell culture provides an ideal simulated environment for an in vivo pattern of cell growth.

The 3D cell culture scaffold produced by JET BIOFIL (patent number: ZL201620728244.6, ZL201620728243.1 and 201510783345.3) is an ideal tool for studying 3D cell cultures, the mechanism of interaction between cells, cellular immunotherapy and stem cell therapy, drug screening, as well as drug production. Furthermore, it improves the cell culture area and increases the yield significantly. This 3D cell culture scaffold can be used with 6, 12, 24 well culture plates and culture dishes of different sizes such as 35 mm,

60 mm and 70 mm.

CellSCAFLD® 3D Cell Culture Scaffolds Features

Features

Average wire diameter: 500µm; average spacing of wire column: 260 µm, with high regularity. The product consists of a 3D porous structure with good connectivity, facilitating the transmission of different nutritional ingredients in the course of the 3D cell culture, and ensuring the consistency of metabolic activity and accuracy of culture results

In comparison to the 2D cell culture, the 3D cell culture allows for easier cell function expression since it simulates the 3D structure of human and animal cells to a maximum level and provides an ideal interactive environment between cells

Cells adhere strongly to the surface because of the advanced hydrophilic treatment

Features

The 3D cell culture scaffold has a much larger culture surface area than conventional 2D cell culture products, thus saving on both space and material, and significantly improving cell culture efficiency and yield

No adsorption of cytokines or growth factors; cell and cell secretions can be directly isolated from the 3D scaffold when harvesting

Sterilized by irradiation, SAL 10-6

DNase/RNase-free, non-pyrogenic and non-cytotoxic

Material

Tube Body

Polystyrene (PS)

Conforming to USP Class VI Standards

Order Information

CellSCAFLD® 3D Cell Culture Scaffolds

Cat. No.	Type (mm)	Size (mm)	Fiber Diameter (μm)	Aperture (μm)	Number of Brackets/Box	Bracket Surface Area (cm²)	Total Surface Area of the Stent (cm²)	Characteristic	Qty. Per Box	Qty. Per Case
TDD032035	35	32.0×1.6	500	260	1	43	43	The 3D scaffold has a four layered three-dimensional structure with a highly hydrophilic surface for adherent culture. The 3D scaffold is built into the culture plate well or culture dish.	1	40
TDD032060	60	51.0×1.6	500	260	1	109	109		1	30
TDD032070	70	67.5×1.6	500	260	1	191	191		1	30
TDP032006	6-well	33.5×1.6	500	260	3	48	144		1	8
TDP032012	12-well	21.0×1.6	500	260	6	19	114		1	8
TDP032024	24-well	15.0×1.6	500	260	12	10	120		1	8

Frequently Asked Questions

What are CellSCAFLD® 3D Cell Culture Scaffolds used for?

They are used for 3D cell culture, enabling researchers to study cell behavior in an environment that closely mimics in vivo conditions. Applications include cell interaction studies, immunotherapy, stem cell research, drug screening, and drug production.

How is 3D cell culture different from traditional 2D culture?

Unlike 2D culture, 3D scaffolds provide a more realistic environment, allowing better cell morphology, differentiation, and interaction. This results in more accurate and physiologically relevant experimental outcomes.

What sizes and formats are compatible with these scaffolds?

The scaffolds are compatible with:

Culture plates: 6-well, 12-well, 24-well
Culture dishes: 35 mm, 60 mm, 70 mm

What are the key features of the scaffold structure?

3D porous structure with high connectivity for nutrient flow
Average wire diameter: 500 µm
Wire spacing: 260 µm
Hydrophilic surface for strong cell adhesion
No adsorption of cytokines or growth factors