MEPS-TBC-WL organ-on-a-chip - Bundle
This bundle gathers 4 MEPS-TBC-WL organ-on-a-chip devices as well as all accessories necessary for their use. The MEPS-TBC-WL platform allows 2D-3D co-culture of tissues with physiological shear stress, for biologically relevant modeling of key organs.
General
The MEPS-TBC-WL bundle provides all the materials to build 2D-3D tissue-to-tissue barrier models with the MEPS-TBC-WL platform. It includes 4 chips and all accessories for connecting the chips to a flow control system to apply shear stress and recapitulate organ-specific physiological functions. It includes a chip clamp to avoid any leakage of air or solution during perfusion.
The MEPS-TBC-WL platform features 8 independent designs each composed of one upper microfluidic channel and a lower chamber separated by a porous membrane to construct 2D-3D co-culture models.
- Plastic dispensing needle 15G, 1/2" (10 EA)
- Tygon tube, 1/16"ID x 1/8" OD (1 EA)
- Tube clamp (10 EA)
- Fitting barb Y style, 1/16" to 1/16" (10 EA)
- Fitting barb Y style, 1/16" to 10G (10 EA)
- Chip clamp (2 EA)
*1-10 µL pipette tip (not included)
Content
4x MEPS-TBC-CH chips
1x Tygon tube 1/16" ID x 1/8" OD
10x Tube clamps
10x Plastic dispensing needles 15G (1/2")
10x Y barbed connectors (1/16" to 1/16")
10x Y barbed connectors (1/16" to 10G)
2x Chip clamps
Specifications
Technical specifications of the MEPS-TBC-CH platform:
| Applications | Perfused 2D/3D tissue-tissue co-culture | |
| Materials | Polystyrene | |
| Number of units per chip | 8 | |
| Dimensions | 30 mm x 75 mm | |
| Base | Channel width x height | 1000 µm x 3000 µm |
| Well surface area | 4 mm x 1 mm | |
| ECM-gel well volume | 2~14.35 µL | |
| Insert | Channel width x height | 500 µm x 100 µm |
| Inlet/outlet diameter | ⌀ 2.5 mm | |
| Perfusion channel volume | 0.3 µL | |
| Membrane | Pore size/density | 3 µm / 6E+05 cm² |
| Materials | Polyester | |
| Thickness | 9 µm | |
| Co-culture interface surface | 1.14 mm² | |
| Sampling plate | Plate width x height | 900 µm x 2900 µm |
| Containing volume | 50 µL in each well | |
This bundle gathers 4 MEPS-TBC-WL organ-on-a-chip devices as well as all accessories necessary for their use. The MEPS-TBC-WL platform allows 2D-3D co-culture of tissues with physiological shear stress, for biologically relevant modeling of key organs.
General
The MEPS-TBC-WL bundle provides all the materials to build 2D-3D tissue-to-tissue barrier models with the MEPS-TBC-WL platform. It includes 4 chips and all accessories for connecting the chips to a flow control system to apply shear stress and recapitulate organ-specific physiological functions. It includes a chip clamp to avoid any leakage of air or solution during perfusion.
The MEPS-TBC-WL platform features 8 independent designs each composed of one upper microfluidic channel and a lower chamber separated by a porous membrane to construct 2D-3D co-culture models.
- Plastic dispensing needle 15G, 1/2" (10 EA)
- Tygon tube, 1/16"ID x 1/8" OD (1 EA)
- Tube clamp (10 EA)
- Fitting barb Y style, 1/16" to 1/16" (10 EA)
- Fitting barb Y style, 1/16" to 10G (10 EA)
- Chip clamp (2 EA)
*1-10 µL pipette tip (not included)
Content
4x MEPS-TBC-CH chips
1x Tygon tube 1/16" ID x 1/8" OD
10x Tube clamps
10x Plastic dispensing needles 15G (1/2")
10x Y barbed connectors (1/16" to 1/16")
10x Y barbed connectors (1/16" to 10G)
2x Chip clamps
Specifications
Technical specifications of the MEPS-TBC-CH platform:
| Applications | Perfused 2D/3D tissue-tissue co-culture | |
| Materials | Polystyrene | |
| Number of units per chip | 8 | |
| Dimensions | 30 mm x 75 mm | |
| Base | Channel width x height | 1000 µm x 3000 µm |
| Well surface area | 4 mm x 1 mm | |
| ECM-gel well volume | 2~14.35 µL | |
| Insert | Channel width x height | 500 µm x 100 µm |
| Inlet/outlet diameter | ⌀ 2.5 mm | |
| Perfusion channel volume | 0.3 µL | |
| Membrane | Pore size/density | 3 µm / 6E+05 cm² |
| Materials | Polyester | |
| Thickness | 9 µm | |
| Co-culture interface surface | 1.14 mm² | |
| Sampling plate | Plate width x height | 900 µm x 2900 µm |
| Containing volume | 50 µL in each well | |