SmartPATTERN®
24 mm micropatterned glass coverslips for controlled cell adhesion
SmartPattern® 24 mm round glass coverslips provide defined micropatterns to control where cells adhere in 2D culture. Choose from six standard geometries with pattern sizes ranging from 10 to 100 µm, or discuss a custom design adapted to your cell culture and microscopy workflow.
HOW SMARTPATTERN® MICROPATTERNED COVERSLIPS WORK?
SmartPattern® micropatterned coverslips combine predefined cell-adhesion regions with an anti-adhesive polymer bound to the glass surface.
After seeding, cells preferentially attach to the defined regions, enabling researchers to control cell positioning, morphology and spatial organization. This approach provides a structured environment for microscopy-based cell biology experiments.
Cell attachment and pattern occupancy depend on the cell type, seeding conditions and any additional adhesion-protein coating used.
SmartPattern® micropatterned coverslips support applications such as single-cell morphology studies, cytoskeletal organization, cell polarization and high-resolution fluorescence imaging.
MICROPATTERN GEOMETRIES, SIZES & LAYOUT
SmartPattern® coverslips are available with six standard micropattern geometries: disks, lines, triangles, squares, rectangles and grids.
Each standard coverslip contains seven areas with distinct pattern sizes ranging from 10 to 100 µm, plus an eighth area combining different sizes on the same substrate.
This layout allows researchers to explore different geometric constraints within a single coverslip design before selecting the most suitable conditions for their cells and experimental objectives.
Custom micropattern geometries can also be discussed with the 4Dcell team.
Standard arrangement of micropatterned areas on a 24 mm glass coverslip. Seven areas contain different pattern sizes, while the eighth combines multiple sizes.
PRODUCT SPECIFICATIONS
Specification | SmartPattern coverslips |
|---|---|
Customization | Custom geometries available on request |
Perfusion compatibility | Compatible with suitable perfusion chamber configurations |
Imaging | High-resolution optical microscopy, phase contrast and immunofluorescence |
Additional ECM coating | Optional, depending on cell type |
Storage | Up to 6 months at room temperature from delivery, under specified conditions |
Surface treatment | Oxidation-resistant anti-adhesive polymer |
Packaging | Individually packed in 35 mm Petri dishes |
Pack sizes | Sets of 20 or 50 coverslips |
Pattern layout | Seven size-specific areas and one mixed-size area |
Pattern sizes | 10–100 µm |
Standard shapes | Disks, lines, triangles, squares, rectangles and grids |
Product format | 24 mm round glass coverslip |
CELL SEEDING & SURFACE PREPARATION
SmartPattern® coverslips feature predefined adhesive regions surrounded by a non-adhesive surface, allowing cells to attach within controlled geometries.
Depending on the cell type, additional coating with extracellular matrix proteins such as fibronectin, collagen or laminin may be used to improve cell adhesion. This step is optional and should be adapted to the experimental model.
After cell seeding and attachment, non-adherent cells can be removed by carefully exchanging the culture medium. Cell density and incubation conditions should be optimized according to the cell type and selected micropattern geometry.
HOW TO USE SMARTPATTERN® MICROPATTERNED COVERSLIPS
SmartPattern® coverslips are supplied with predefined micropatterns and can be incorporated into standard cell culture workflows.
The user guide provides step-by-step instructions for optional adhesion-protein coating, cell seeding, incubation and microscopic observation. Experimental conditions may require adjustment depending on the cell type.
EXPLORE THE SMARTPATTERN® MICROPATTERNING PORTFOLIO
SmartPattern® technology is also available in micropatterned glass-bottom dishes and 96- or 384-well plates for different experimental workflows.
For experiments requiring a controlled transition from confined cell adhesion to migration, explore our Dynamic Micropatterned Coverslips, which use a switchable surface chemistry to activate additional adhesive regions.
FIND THE RIGHT MICROPATTERNED COVERSLIPS FOR YOUR EXPERIMENT
Looking for a specific micropattern geometry, size or coating option?
Tell us about your cell model, imaging setup and experimental objectives. Our team can help you identify a suitable standard configuration or discuss a customized SmartPattern® solution.