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Graphene-Coated Coverslips
Stable multilayer rGO-coated glass coverslips for culturing neurons, cardiomyocytes, muscle cells, and other excitable cells. Designed to enable optical excitation of cells by light. Available in 5 mm and 12 mm round formats. The 5 mm size fits standard 96-well plates.
Reduced Graphene Oxide Solution
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Graphene-Coated Coverslips
Our graphene-coated coverslips are designed for culturing excitable cells directly on a stable, optically active graphene interface. When illuminated, the multilayer reduced graphene oxide coating enables light-driven stimulation of cells grown on the coverslip surface, supporting non-genetic optical excitation of electrically active biological systems.
These coverslips are especially useful for studies involving neurons, cardiomyocytes, and other excitable cell types, including skeletal muscle cells and related preparations. They can also be used with more complex biological models, including 3D cultures, organoids, and tissue or brain slice preparations, where localized optical stimulation may provide a useful experimental approach.
Product Features
Graphene-coated glass coverslips
Each coverslip is coated with a stable multilayer reduced graphene oxide film, approximately 5–8 graphene layers thick.
Optimized for excitable cells
Suitable for culturing neurons, cardiomyocytes, muscle cells, and other electrically responsive cell types.
Supports light-enabled cell stimulation
Designed to enable optical excitation of cells cultured on the graphene-coated surface.
Compatible with 2D and 3D biological models
Useful for monolayer cultures, 3D cultures, organoids, and slice preparations.
Two convenient sizes
Available as round glass coverslips in 5 mm and 12 mm diameters.
96-well compatibility
The 5 mm coverslip is designed to fit into the wells of standard 96-well plates, making it useful for small-scale assays and higher-throughput experimental formats.
Available Formats
Product Size Package Price
Graphene-coated coverslips 5 mm round Pack of 10 $80
Graphene-coated coverslips 12 mm round Pack of 10 $80
Suggested Applications
Graphene-coated coverslips can be used for research applications involving optical stimulation of excitable cells, including:
Neuronal cultures
Cardiomyocyte cultures
Skeletal muscle and other excitable cell types
3D cultures and organoids
Tissue and brain slice preparations
Studies requiring non-genetic, light-based stimulation of cultured cells
Coverslips for Optical Stimulation of Excitable Cells
Reduced Graphene Oxide
Our graphene-coated coverslips are designed for culturing excitable cells directly on a stable, optically active graphene interface. When illuminated, the multilayer reduced graphene oxide coating enables light-driven stimulation of cells grown on the coverslip surface, supporting non-genetic optical excitation of electrically active biological systems.
These coverslips are especially useful for studies involving neurons, cardiomyocytes, and other excitable cell types, including skeletal muscle cells and related preparations. They can also be used with more complex biological models, including 3D cultures, organoids, and tissue or brain slice preparations, where localized optical stimulation may provide a useful experimental approach.
Product Features
Graphene-coated glass coverslips
Each coverslip is coated with a stable multilayer reduced graphene oxide film, approximately 5–8 graphene layers thick.
Optimized for excitable cells
Suitable for culturing neurons, cardiomyocytes, muscle cells, and other electrically responsive cell types.
Supports light-enabled cell stimulation
Designed to enable optical excitation of cells cultured on the graphene-coated surface.
Compatible with 2D and 3D biological models
Useful for monolayer cultures, 3D cultures, organoids, and slice preparations.
Two convenient sizes
Available as round glass coverslips in 5 mm and 12 mm diameters.
96-well compatibility
The 5 mm coverslip is designed to fit into the wells of standard 96-well plates, making it useful for small-scale assays and higher-throughput experimental formats.
Available Formats
Product Size Package Price
Graphene-coated coverslips 5 mm round Pack of 10 $80
Graphene-coated coverslips 12 mm round Pack of 10 $80
Suggested Applications
Graphene-coated coverslips can be used for research applications involving optical stimulation of excitable cells, including:
Neuronal cultures
Cardiomyocyte cultures
Skeletal muscle and other excitable cell types
3D cultures and organoids
Tissue and brain slice preparations
Studies requiring non-genetic, light-based stimulation of cultured cells
rGO flakes for Optical Stimulation of Excitable Cells
Photon Maker
Unleash creativity with features designed to bring your ideas to light.
Meet Photon Maker
Independently control seven spectral channels (398–700 nm), run them sequentially or in parallel, and trigger external devices — all with sub‑10 µs switching.
Factory‑aligned; no user alignment required
Triggers up to 4 external devices; accepts microscope TTL
Linear calibrated output via liquid light guide
Designed for all‑optical studies & optogenetics
Ready to Transform Your Research?
Tell us about your assay, screening needs, or microscopy setup — we’ll tailor a GraMOS solution with PhotonMaker and graphene substrates.