BIOMIMICKING CELL CULTURE IN THREE DIMENSIONS
3D cell culture gives your cells additional dimension. The InoMATRIX delivers biomimicking 3D cell culture membrane with fibrous morphology adapted for your cells. We substitute cultivation on standard 2D cell culture substrates resulting in non-physiological cell behaviour and poor in vitro/in vivo correlation. InoMATRIX brings your in vitro reseach to a new dimension.
Starting with InoMATRIX?
InoMATRIX Microplates
InoMATRIX Transwell Inserts
Why is InoMATRIX unique:
- Biomimicking structure ECM-like structure
- Multiple fiber morphologies to meet needs your particular cell type
- Interconected network with pores
- 3D cell culture prevents primary/stem cells from dedifferentiation
- Optimal cell adhesion
- High surface for cell proliferation
- Ready to use for simple and efficient workflow
InoMATRIX Morphology kit offers fibrous scaffolds, made of poly-ɛ-caprolactone, with 4 different fibrous morphologies:
- Nanofibrous scaffold with ̴ 200 nm fiber diameter
- Microfibrous scaffold with ̴ 5 µm fiber diameter
- Nano/microfibrous scaffold
- Nanoporous fibers with nanostructured surface
Try Morphology Selection plate!
Your first experience with InoMATRIX?
Select the optimal scaffold morphology for your cells.
For first time user, we provide a morphology selection plate to help you select the most optimal 3D Cell Culture environment for your cellsThe InoMATRIX Morphology Selection kit delivers all 4 scaffold types in 1 plate. The kit could be used for selection of scaffolds with optimal morphology, meeting the needs of your cells. After selecting the optimal scaffold morphology, you will know which InoMATRIX Morphology Single type kit contains fits your cells the most.
How you can easily choose the right environment for your cells?
Parameters:
- 4 different fibrous scaffold morphologies in cell culture plate: nanofibrous (NF), nano/microfibrous (NF/MF), microfibrous (MF) and porous (POR) structure
- Material: Poly-ɛ-caprolactone
- Formats: 96, 48, 24, 12 – well plates
- Sterilized and ready to use
Parameters:
- 4 different fibrous scaffold morphologies in cell culture plate: nanofibrous (NF), nano/microfibrous (NF/MF), microfibrous (MF) and porous (POR) structure
- Material: Poly-ɛ-caprolactone
- Formats: 96, 48, 24, 12 – well plates
- Sterilized and ready to use
Parameters:
- Transwell Inserts with 4 different membrane morphologies in cell culture plate: nanofibrous (NF), nano/microfibrous (NF/MF), microfibrous (MF) and porous (POR) structure.
- Material: Poly-ɛ-caprolactone
- Formats: 96, 48, 24, 12 – well plates
- Sterilized and ready to use
Parameters:
- Transwell Inserts with 4 different membrane morphologies in cell culture plate: nanofibrous (NF), nano/microfibrous (NF/MF), microfibrous (MF) and porous (POR) structure.
- Material: Poly-ɛ-caprolactone
- Formats: 96, 48, 24, 12 – well plates
- Sterilized and ready to use
InoMATRIX Microplates
InoMATRIX Morphology Single type microplates contain 1 type from our InoMATRIX membrane morphologies. Microplates are a gold standard for adherent cell culture and enable performing of functional experiments with your cells in simple and convinient manner. InoMATRIX microplates come sterile and ready to use, so you can just start your testing!
InoMATRIX microplates are sterilized and ready to use, so you can just start your test right away!
Nanofibrous InoMATRIX plates
- Ideal for epithelial cells.
- Nanofibrous morphology (fiber diameter ~ 200nm) mimicking basal lamina.
- Deattachable polycaprolactone scaffolds.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Nanofibrous InoMATRIX plates
- Ideal for epithelial cells.
- Nanofibrous morphology (fiber diameter ~ 200nm) mimicking basal lamina.
- Deattachable polycaprolactone scaffolds.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Nano/microfibrous InoMATRIX plates
- Ideal for mesenchymal cells.
- Nano/microfibrous morphology combines 200 nm and 2 um fibers.
- Deattachable polycaprolactone scaffolds.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Nano/microfibrous InoMATRIX plates
- Ideal for mesenchymal cells.
- Nano/microfibrous morphology combines 200 nm and 2 um fibers.
- Deattachable polycaprolactone scaffolds.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Microfibrous InoMATRIX plates
- Ideal for cell penetration.
- Mirofibrous morphology (fiber diameter ~ 5 um) with bigger pores.
- Deattachable polycaprolactone scaffolds.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Microfibrous InoMATRIX plates
- Ideal for cell penetration.
- Mirofibrous morphology (fiber diameter ~ 5 um) with bigger pores.
- Deattachable polycaprolactone scaffolds.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Porous InoMATRIX plates
- Increased adsorption capacity due to nanopores on fiber surface
- Nano/microfibrous morphology combines 200 nm and 2 um fibers.
- Deattachable polycaprolactone scaffolds.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Porous InoMATRIX plates
- Increased adsorption capacity due to nanopores on fiber surface
- Nano/microfibrous morphology combines 200 nm and 2 um fibers.
- Deattachable polycaprolactone scaffolds.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
InoMATRIX Transwell Inserts
InoMATRIX Transwell Inserts contain 1 specific type from our InoMATRIX membrane morphologies. Inserts Microplates are a gold standard for adherent cell culture. Our Transwell Inserts allow you to perform experminets to your cells in simple and convinient manner.
InoMATRIX Transwell Inserts microplates come sterilized and ready to use, so you can just directly use it for your experiments!
Nanofibrous InoMATRIX inserts
- Ideal for epithelial cells.
- Nanofibrous morphology (fiber diameter ~ 200nm) mimicking basal lamina.
- Polycaprolactone membrane on hanging-well inserts.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Nanofibrous InoMATRIX inserts
- Ideal for epithelial cells.
- Nanofibrous morphology (fiber diameter ~ 200nm) mimicking basal lamina.
- Polycaprolactone membrane on hanging-well inserts.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Nano/microfibrous InoMATRIX plates
- Ideal for mesenchymal cells.
- Nano/microfibrous morphology combines 200 nm and 2 um fibers.
- Polycaprolactone membrane on hanging-well inserts.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Nano/microfibrous InoMATRIX plates
- Ideal for mesenchymal cells.
- Nano/microfibrous morphology combines 200 nm and 2 um fibers.
- Polycaprolactone membrane on hanging-well inserts.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Microfibrous InoMATRIX plates
- Ideal for cell penetration.
- Mirofibrous morphology (fiber diameter ~ 5 um) with bigger pores.
- Polycaprolactone membrane on hanging-well inserts.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Microfibrous InoMATRIX plates
- Ideal for cell penetration.
- Mirofibrous morphology (fiber diameter ~ 5 um) with bigger pores.
- Polycaprolactone membrane on hanging-well inserts.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Porous InoMATRIX plates
- Increased adsorption capacity due to nanopores on fiber surface
- Nano/microfibrous morphology combines 200 nm and 2 um fibers.
- Polycaprolactone membrane on hanging-well inserts.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
Porous InoMATRIX plates
- Increased adsorption capacity due to nanopores on fiber surface
- Nano/microfibrous morphology combines 200 nm and 2 um fibers.
- Polycaprolactone membrane on hanging-well inserts.
- Sterile and ready to use
- Available in 96, 48, 24, 12 and 6 well plate format
