ST1 CO., LTD. manufacture nanofibers for 3D cell culture which attracts attention in basic bio research and new drug development after successfully developing commercialized nanofibers, using Polycaprolactone for the first time in Korea. We built electrospinning equipment with our own technology for uniform nanofibers. Especially, by technology of printing polymer frame on surface of nanofiber mat for free standing, we manufacture unique type of nanofibers. Apart from PCL, we are researching on biomaterial by utilization of various polymeric material such as PHEMA, PVA, Silk, Chitosan, Gelatin as well as Collagen. To expand our business to regenerative medicine, medical device by nanofibers, we are m developing GBR membrane, artificial blood vessel, wound dressing etc. Also, we are working dentin/pulp regeneration research with our collaborating company.
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CollagenDISK-Vitrified
ARTIPORE CollagenDISK-Vitrified is a transparent collagen vitrified membrane with frame for improved cell culture. The 3D printing frame applied to the collagen vitrified membrane provides fully free-standing functionality, which not only improves user convenience, but also maintains the shape of the membrane during culture, so it can be used independently without a additional support structure. Collagen, a natural polymer, has the bio-friendly, biodegradable and transparent properties.
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Well INSERT
ARTIPORE WellINSERT is an innovative 3D cell culture platform consisting of DISK (a free-standing membrane) and DiskCLAMP (a DISKclamping support). DISK product is a free-standing membrane combined with frame which is authentic technology of ARTIPORE, and released with various membrane materials such as nanofibers, microfibers, vitrified collagen, and dry-etched PC porous membrane. DiskCLAMP is a patented structure of ARTIPORE that allows clamping/unclamping DISKs over multiple times.
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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.
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COMPANY INTRODUCTION
ST1 CO., LTD. manufacture nanofibers for 3D cell culture which attracts attention in basic bio research and new drug development after successfully developing commercialized nanofibers, using Polycaprolactone for the first time in Korea. We built electrospinning equipment with our own technology for uniform nanofibers. Especially, by technology of printing polymer frame on surface of nanofiber mat for free standing, we manufacture unique type of nanofibers. Apart from PCL, we are researching on biomaterial by utilization of various polymeric material such as PHEMA, PVA, Silk, Chitosan, Gelatin as well as Collagen. To expand our business to regenerative medicine, medical device by nanofibers, we are m developing GBR membrane, artificial blood vessel, wound dressing etc. Also, we are working dentin/pulp regeneration research with our collaborating company.
