The Story
Stryker 7212 MEDPOR Surgical Implant Ultra Thin Sheet 50mm x 76mm x 0.85mm
• Model: 7212
This medical supply or implant item is contained within its original manufacturer's packaging.
Stryker
The Stryker 7212 MEDPOR Ultra Thin Sheet is a sterile, single-use facial implant made from high-density porous polyethylene. With dimensions of 50 mm × 76 mm and a thickness of 0.85 mm, the sheet strikes a balance between structural support and contouring flexibility—ideal for non-load-bearing craniofacial reconstructions and cosmetic augmentations. Its porous architecture allows for potential tissue ingrowth, enhancing long-term integration and stabilizing the implant.
This ultra-thin sheet can be easily trimmed, shaped, or stacked to adapt to the unique anatomical contours of the orbital floor, malar region, or other facial areas. Surgeons often soften the material by heating it in sterile saline (~180 °F), enabling it to conform precisely to curved anatomical structures without cracking or protruding edges.Its smooth surface minimizes soft tissue irritation, while the porous side promotes fibrovascular integration—helping maintain the implant’s mental and physical stability over time.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
Stryker 7212 MEDPOR Surgical Implant Ultra Thin Sheet 50mm x 76mm x 0.85mm
• Model: 7212
This medical supply or implant item is contained within its original manufacturer's packaging.
Stryker
The Stryker 7212 MEDPOR Ultra Thin Sheet is a sterile, single-use facial implant made from high-density porous polyethylene. With dimensions of 50 mm × 76 mm and a thickness of 0.85 mm, the sheet strikes a balance between structural support and contouring flexibility—ideal for non-load-bearing craniofacial reconstructions and cosmetic augmentations. Its porous architecture allows for potential tissue ingrowth, enhancing long-term integration and stabilizing the implant.
This ultra-thin sheet can be easily trimmed, shaped, or stacked to adapt to the unique anatomical contours of the orbital floor, malar region, or other facial areas. Surgeons often soften the material by heating it in sterile saline (~180 °F), enabling it to conform precisely to curved anatomical structures without cracking or protruding edges.Its smooth surface minimizes soft tissue irritation, while the porous side promotes fibrovascular integration—helping maintain the implant’s mental and physical stability over time.
