Medical & Pharmaceutical
When safety and sterility compliance are non-negotiable, your pressure environment must be fully controlled. Resato’s ultra-high pressure systems (HPP) are at the forefront of medical and pharmaceutical innovation. Our high-pressure processing systems provide controlled environments for cold sterilization, pathogen inactivation, and the development of novel medical solutions.
Applications range from safer vaccine development and preservation of sensitive biologics to the decontamination of medical devices within a tightly controlled high-pressure environment.
Expert Support
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Validated High-Pressure Medical Research
In medical and pharmaceutical R&D, reproducibility and process control are critical. Our medical-grade HPP units meet the necessary and stringent requirements and operate at pressures up to 10,000 bar with temperatures between -20°C to +100°C for controlled operation. This supports precise studies in cold sterilization, pathogen inactivation, and preservation of sensitive biological materials. Each cycle is fully monitored and documented to provide traceable data for validation and regulatory documentation.
Vaccine Development
High Pressure Processing offers a revolutionary approach to vaccine development by inactivating pathogens while preserving their crucial antigenic structures. Unlike traditional heat or chemical methods, HPP maintains the native conformation of viral and bacterial antigens, potentially leading to more effective and safer vaccines with enhanced immunogenicity. Resato’s systems enable precise control for this critical research.
Key benefits
- Antigen preservation
Maintains native structure of surface antigens for stronger immune response. - Enhanced safety
Complete inactivation of pathogens (viruses, bacteria) without chemical agents. - Improved immunogenicity
Potentially leads to more effective and safer vaccines. - Non-thermal process
Avoids degradation of heat-sensitive components.
Human Tissue & Bone Allografts
Sterilization of donor tissues for transplantation is critical, yet traditional methods often compromise the tissue’s biomechanical integrity. HPP provides a superior solution by effectively eliminating bacteria, fungi, and viruses (including HIV and Hepatitis) while meticulously preserving the structural and mechanical properties of bone, tendons, and skin allografts. This ensures safer and more successful transplant outcomes.
Key benefits
- Biomechanical integrity
Preserves strength and elasticity of donor tissues. - Broad spectrum inactivation
Eliminates a wide range of pathogens (bacteria, fungi, viruses). - Enhanced safety
Reduces risk of disease transmission in transplants. - Improved graft integration
Maintains biological activity crucial for successful healing.
Pharmaceuticals
Modern pharmaceuticals, especially biologics and heat-sensitive compounds, require sterilization methods that do not degrade their active ingredients. Resato’s HPP systems enable cold sterilization of liquid formulations, pre-filled syringes, and vials, ensuring product sterility without compromising the efficacy or stability of sensitive APIs. This opens new avenues for drug development and manufacturing.
Key benefits
- Preservation of API efficacy
Sterilizes without thermal degradation of active pharmaceutical ingredients. - Cold sterilization
Ideal for heat-sensitive biologics and liquid formulations. - Reduced chemical use
Minimizes reliance on chemical sterilants. - Enhanced product stability
Contributes to longer shelf life and improved product integrity.
Medical Devices
Decontamination of complex medical devices and implants presents unique challenges, particularly for heat-sensitive materials or intricate designs. HPP offers a highly effective, non-thermal sterilization method. Its isostatic nature ensures that pressure reaches every microscopic crevice and internal channel, providing thorough microbial inactivation without damaging delicate components or material properties. This is crucial for maintaining the functionality and safety of advanced medical instruments.
Key benefits
- Thorough decontamination
Isostatic pressure reaches all surfaces, including complex geometries. - Material compatibility
Suitable for heat-sensitive polymers and composites. - Preserves device functionality
Sterilizes without compromising material integrity or design. - Enhanced safety
Ensures complete microbial inactivation for critical medical instruments.
Interested in advancing your medical research with HPP technology? Contact Resato
Our team is ready to offer you advice customized to your needs.