FiberDISK
A new dimension of electrospun fibers for three-dimensional cell culture
Disk-type, free-standing fibers with 3D printed frame
ARTIPORE FiberDISK
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
Various frame patterns
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
Applicable to Well-INSERT as a DISK (special frame with seal-ring pattern)
Specifications
Material: Polycaprolactone (PCL)
Dimension: Refer to brochure
Fiber diameter:
- Microfibers: 5.7 ± 1.2 microns
- Nanofibers: 770 ± 77 nm
Fiber alignment: aligned or unaligned
Fiber type/thickness:
- Unaligned (Nanofibers): 5, 10, 30 and 60 microns
Frame patterns: concentric, grid patterns, or customized patterns (special order only)
Sterilized with UV radiation
Surface treatment(O2 plasma) for hydrophilicity
For other details and usage, please refer to the related information below.
Related information
Order
Discounts are applied for large orders.
Shipping will be charged additionally.
For product ordering, please contact us by e-mail (sales@artipore.com).