FiberDISK Electrospun Disk-shaped Fibers for 3D Cell Culture

FiberDISK is a new dimension of electrospun fibers for 3D cell culture with maximized handling convenience. The 3D printing frame applied to the electrospinning fibers provides fully free-standing without sagging, agglomeration or rolling the fibers, and maintaining its shape during culture, allowing independent use without a separate support structure for the fibers. In particular, FiberDISK is a disk-shaped fibers designed to correspond to standard cell culture well plates.

Features of FiberDISK
• Unique structure of electrospun fibers combined with 3D printing frame
• Fully free-standing electrospun fibers enhanced mechanical rigidity using the 3D printing frame
• Complete shape retention during culture in medium
• Corresponding to standard culture containers (24, 48, 96 well plates)
• Choice of different fiber shapes (alignment, diameter, and thickness) combinations
- Aligned or unaligned fibers
- Nanofibers and microfibers
- Ultra thin film (18 microns or less) and thin film (30 to 60 microns) mesh
• Various frame patterns
- Concentric or grid patterns
- Customized patterns (special order only)
• Providing a 3D environment with structures similar to the extracellular matrix (ECM) of human body
• Biocompatible biodegradable PCL materials fibers and frames
• Excellent quality consistency with uniform thickness and fiber diameter control

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