Advanced Hemostatic Biomaterials
Collagen · Chitosan · Composite Scaffolds · Lyophilization
Development and manufacturing of absorbable porous hemostatic materials based on collagen and composite biomaterial platforms. From material formulation and prototype development to freeze-drying, testing and OEM manufacturing.
Technology Platforms
Three biomaterial development platforms at different stages of development.
Collagen Hemostatic Sponge
A porous collagen-based biomaterial platform developed around controlled scaffold architecture, fluid uptake and material interaction at the bleeding interface.
- Porous Collagen Scaffold
- Fluid Uptake
- Platelet Interaction
- Lyophilized Structure
Collagen–Chitosan Composite
A composite biomaterial development platform combining collagen and chitosan to explore rapid fluid uptake, scaffold performance and improved structural integrity.
- Composite Biomaterial
- Rapid Fluid Uptake
- Porous Architecture
- Structural Integrity
Advanced Wet-Adhesive Hemostat
An exploratory biomaterial platform focused on next-generation wet-interface adhesion and advanced hemostatic material architectures.
- Development Platform
- Future IP Direction
- Advanced Biomaterials
Lyophilization Technology for Porous Biomaterials
Freeze-drying is a core process within our porous biomaterial development platform, enabling controlled scaffold formation and optimization of material architecture.
Formulation
Formulation
Casting
Casting
Controlled Freezing
Controlled Freezing
Lyophilization
Lyophilization
Porous Scaffold
Porous Scaffold
Testing
Testing
Development & Manufacturing Capabilities
End-to-end capabilities from material formulation to OEM production.
Material Formulation
Collagen and composite biomaterial formulation development.
Scaffold Architecture
Controlled porous scaffold design and optimization.
Lyophilization
Freeze-drying process development for porous biomaterials.
Prototype Development
From concept to characterized prototype.
Testing & Characterization
Material testing and analytical characterization.
OEM Manufacturing
Scale-up and OEM production for qualified B2B partners.
From Peptide Lyophilization to Advanced Biomaterials
ShiLai™ is extending its formulation, freeze-drying and analytical capabilities into porous biomaterial development, creating a platform for collagen-based and composite hemostatic materials. The same lyophilization infrastructure and analytical testing capabilities that support our peptide manufacturing platform are applied to biomaterial scaffold development.
Explore the Platform
Collagen Hemostatic Sponge
Porous collagen scaffold platform — architecture, fluid uptake and lyophilization.
Learn moreCollagen–Chitosan Composite
Next-generation composite biomaterial combining collagen and chitosan.
Learn moreOEM & Custom Development
Custom composition, dimensions, porosity, testing and scale-up for B2B partners.
Learn moreFrequently Asked Questions
What hemostatic biomaterial platforms does ShiLai™ develop?
ShiLai™ develops collagen-based porous hemostatic sponge platforms and collagen–chitosan composite biomaterial platforms, with advanced wet-adhesive hemostat architectures under exploratory development.
Does ShiLai™ offer OEM manufacturing for hemostatic sponges?
Yes. ShiLai™ supports qualified B2B partners with custom development, prototype production, lyophilization, testing and scale-up manufacturing for collagen and composite hemostatic biomaterials.
What is the development stage of these hemostatic materials?
These are development-stage biomaterial platforms. ShiLai™ does not claim FDA clearance, CE marking or clinical validation unless specifically documented for a given product.
Can ShiLai™ develop custom dimensions and compositions?
Yes. Custom composition, dimensions, porosity parameters and packaging can be discussed for qualified B2B development projects. Contact our team to discuss your project requirements.
Discuss Your Hemostatic Biomaterial Project
Contact our development team to discuss material platforms, prototype requirements, testing and OEM manufacturing for your project.