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Technical depth, documented and made accessible. A growing collection of papers and research contributions developed from real application experience across industries, processes and manufacturing environment.
Sterilization
by design
Navigate the cube by selecting your market and your preferred perspective: application, technology or packaging. Each combination opens a specific dimension of how Fedegari approaches the sterile process.
EXPLORE THE PART OF THE CUBE MOST RELEVANT TO YOU.
What the technology will undergo. How the packaging will respond.
How the application will behave under sterilization conditions. Where integrity must be preserved and how every detail must be designed to maintain it.
Sterilization by Design is our methodology for making those decisions, starting from sterilization principles, translated into engineering architecture, expressed through the systems that embody the sterile process. Because no two manufacturing environments are the same: each brings its own conditions, its own constraints and its own level of complexity.
Select your market
Small Molecules
Biotech
ATMP - genes, tissues or cells
Medical Devices
Primary packaging
OSD
R&D and LAB centers
Cosmetic
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By packaging
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By application
By technology
By packaging
You filtered:
Biotech
High temperature for solid loads
In biotech and aseptic fill & finish manufacturing, the sterility of machine parts, tools, empty containers, filters, garments and other critical product-contact components directly impacts process integrity and patient safety.
Discover more
Biotech
High Temperature for Porous loads
Manufacturing components such as stoppers, filters, garments and silicone tubing requires more than achieving sterility.
Discover more
Biotech
Combined washing and sterilization
In high-potent manufacturing, isolator-based aseptic processing and space-constrained facilities, contamination control extends beyond removing residues from components.
Discover more
Biotech
Low Temperature Sterilization
Many products cannot tolerate the temperatures and humidity associated with moist heat sterilization.
Discover more
Biotech
Stopper Treatment
As aseptic filling lines become faster and batch values increase, the transfer of elastomeric closures becomes a critical step in contamination control.
Discover more
Small Molecules
High temperature for solid loads
In biotech and aseptic fill & finish manufacturing, the sterility of machine parts, tools, empty containers, filters, garments and other critical product-contact components directly impacts process integrity and patient safety.
Discover more
Small Molecules
High Temperature for Porous loads
Manufacturing components such as stoppers, filters, garments and silicone tubing requires more than achieving sterility.
Discover more
Small Molecules
Combined washing and sterilization
In high-potent manufacturing, isolator-based aseptic processing and space-constrained facilities, contamination control extends beyond removing residues from components.
Discover more
Small Molecules
Low Temperature Sterilization
Many products cannot tolerate the temperatures and humidity associated with moist heat sterilization.
Discover more
Small Molecules
Stopper Treatment
As aseptic filling lines become faster and batch values increase, the transfer of elastomeric closures becomes a critical step in contamination control.
Discover more
Medical Devices
High Temperature for Porous loads
Manufacturing components such as stoppers, filters, garments and silicone tubing requires more than achieving sterility.
Discover more
Medical Devices
Low Temperature Sterilization
Many products cannot tolerate the temperatures and humidity associated with moist heat sterilization.
Discover more
Primary Packaging
High temperature for solid loads
In biotech and aseptic fill & finish manufacturing, the sterility of machine parts, tools, empty containers, filters, garments and other critical product-contact components directly impacts process integrity and patient safety.
Discover more
Primary Packaging
High Temperature for Porous loads
Manufacturing components such as stoppers, filters, garments and silicone tubing requires more than achieving sterility.
Discover more
Primary Packaging
Low Temperature Sterilization
Many products cannot tolerate the temperatures and humidity associated with moist heat sterilization.
Discover more
Primary Packaging
Stopper Treatment
As aseptic filling lines become faster and batch values increase, the transfer of elastomeric closures becomes a critical step in contamination control.
Discover more
OSD
Combined washing and sterilization
In high-potent manufacturing, isolator-based aseptic processing and space-constrained facilities, contamination control extends beyond removing residues from components.
Discover more
Cosmetics
High temperature for solid loads
In biotech and aseptic fill & finish manufacturing, the sterility of machine parts, tools, empty containers, filters, garments and other critical product-contact components directly impacts process integrity and patient safety.
Discover more
Cosmetics
High Temperature for Porous loads
Manufacturing components such as stoppers, filters, garments and silicone tubing requires more than achieving sterility.
Discover more
Cosmetics
Terminal sterilization for closed liquids
Small molecules continue to account for the majority of sterile pharmaceutical products worldwide. For these formulations, terminal sterilization remains the preferred approach to sterility assurance because it allows the final packaged product to be sterilized after filling.
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Small Molecules
Terminal sterilization for closed liquids
Small molecules continue to account for the majority of sterile pharmaceutical products worldwide. For these formulations, terminal sterilization remains the preferred approach to sterility assurance because it allows the final packaged product to be sterilized after filling.
Discover more
Primary Packaging
Terminal sterilization for closed liquids
Small molecules continue to account for the majority of sterile pharmaceutical products worldwide. For these formulations, terminal sterilization remains the preferred approach to sterility assurance because it allows the final packaged product to be sterilized after filling.
Discover more
Cosmetics
Terminal sterilization for closed liquids
Small molecules continue to account for the majority of sterile pharmaceutical products worldwide. For these formulations, terminal sterilization remains the preferred approach to sterility assurance because it allows the final packaged product to be sterilized after filling.
Discover more
THE CUBE HAS MORE THAN THREE FACES
Explore how Fedegari has approached sterile process challenges across different industries, applications and manufacturing environments.
Search by topic
By application
Every product brings its own sterilization challenge, defined by its behaviour under heat, pressure or chemical exposure and by the sterility assurance level it must achieve.
Navigate by application to find the process approach most relevant to yourspecific manufacturing context.
By technology
Sterilization technology is only as effective as the process principles that govern it. Each technology brings its own control strategy, its own validation requirements and its own process boundaries.
Navigate by technology to explore how we translate sterilization principles into the systems that embody your sterile process.
By packaging
Packaging is an active element of the sterilization process. Its material, geometry, sealing performance and integrity under sterilization conditions define what the process must achieve and how it must be designed.
Navigate by packaging to explore how we approach this dimension.