The Fluidic 1380 Scaffold & 3D Culture Integration Chip manufactured by ChipShop features a central compartment for sample integration. The inlets and outlets with integrated Mini Luer connections ensure leak-free junctions to the tubing.
General
This chip provides a versatile platform for creating physiologically relevant in vitro models of tissues and organs. It allows to closely mimic the natural microenvironment of cells, to get better insights into tissue biology, disease mechanisms, and drug responses and create organ-on-chip models.
The Fluidic 1380 chip displays 5 replicate functional units comprising one central compartment and multiple inlet and outlet channels. The central chamber not only accommodates the incorporation of a scaffold (not included) but also allows for the integration of complex structures like hydrogels and tissues. The inlet channels facilitate processes such as cell seeding, perfusion, and the introduction of various drugs into the sample.
The chip is designed as an open platform for easy access to the central compartment (from the bottom of the chip) and convenient sample integration. Additionally, each chip is provided with pressure-sensitive adhesive tape for the sealing of the chamber by the customer. Once the experiment is complete, the tape can be peeled off, enabling the retrieval of the sample for further downstream processing.
- Mini Luer connections molded with the chip: leak-free
- Highly-resistant and optically clear material: Topas (COC)
- Standard microscope glass slide size
Content
1x Scaffold & 3D culture integration chip with Mini Luer ports
Pressure-sensitive adhesive tape
Specifications
| SKU |
CS-10002235 |
| Old Reference |
CS-10002122 |
| Material |
Topas (COC) |
| Number of designs |
5 |
| Chamber width |
4 mm |
Documentation
Click to read more information about ChipShop chips material properties.
? Scaffold & 3D culture integration chip Fluidic 1380 datasheet
