New Bovine Pericardium Membranes for Prototyping
Biocollagen Joins Chamfr
When synthetic materials don’t quite cut it, our new bovine pericardium membranes offer a biologically authentic option for R&D teams working on next-gen cardiovascular devices and more. Manufactured by Biocollagen and preserved in glutaraldehyde, these collagen-rich membranes retain native structure—giving researchers a more realistic substrate for preclinical experimentation.
Now available in full and half disc formats, these patches offer controlled thickness and reliable handling for lab-based testing, training, and development work.
Why Use Biological Membranes?
- Natural Tissue Behavior: Made from native bovine pericardium, these patches retain their natural collagen structure—ideal for mimicking real tissue performance during prototyping or testing.
- Thickness You Can Count On: Ranges from 0.38–0.75 mm for consistent results across experiments.
- R&D-Ready Formats: Available in full or half circular discs and prepackaged for immediate use.
- Shelf-Stable Convenience: Shelf life of 6 months at room temperature.
- For Research Only: Clearly marked for laboratory and preclinical use—not for human implantation.
Biocollagen’s Key Specifications:
- 5 in-stock membranes
- Full and half biological disc options
- Available in Ø 10 cm and Ø 14 cm
- Thickness range: 0.38 mm – 0.75 mm
R&D Applications
- Cardiovascular device prototyping (e.g., valves, patches, occluders)
- Bench testing adhesives or surgical tools
- Biomaterial handling studies
- Educational and simulation models
- Scaffold development or mechanical property testing
Explore More Mesh & Membranes
With the addition of Biocollagen’s bovine pericardium membranes, our Mesh & Membranes category continues to grow. Now featuring 230 SKUs from four trusted suppliers—Component Supply, Medibrane, Rogers, and now Biocollagen—you’ll find a variety of materials and constructions to fit your project needs.
Explore in-stock options in materials ranging from:
- ePTFE
- UHMWPE
- Nylon
- Polyester
- And, more!