Matregenix
Matregenix is a California-based technology company specializing in designing, developing, and manufacturing highly tunable nanofibrous materials and electrospinning equipment. The company focuses on creating innovative solutions for applications across biomedical, filtration, energy, and industrial sectors, emphasizing sustainability, customization, and advanced nanofiber technology. It is committed to advancing PFAS-free, environmentally safe materials to support cleaner manufacturing and safer products, aligning with global sustainability goals.
Industries
Nr. of Employees
small (1-50)
Matregenix
Products
Extracellular matrix‑mimicking electrospun soft‑tissue scaffolds
Programmable antimicrobial nanofiber matrices engineered to mimic extracellular matrix architecture for soft‑tissue repair and regenerative applications.
Nanofiber drug‑delivery patches (sustained and burst release)
Electrospun patch platforms capable of incorporating active pharmaceutical ingredients for controlled sustained or burst release profiles.
Biomimetic electrospun tubular scaffolds and implant coatings
Porous tubular scaffolds and nanofiber coatings for vascular and tubular tissue engineering and for improving adhesion between metal implants and fiber coatings.
Portable contactless nanofiber wound dressing applicator
Lightweight, handheld device designed to deposit nanofiber wound matrices onto tissue without contact for rapid field or clinical wound coverage.
PFAS‑free nanofiber oleophobic coatings
Nanofiber‑based, PFAS‑free coatings engineered to provide oil and water repellency for textiles, medical fabrics and packaging using biodegradable and bio‑based polymer chemistries.
Nanofiber filtration membranes for air and water purification
Electrospun membranes with controlled pore sizes and high surface area for particulate capture, microbial removal, heavy‑metal adsorption and low pressure‑drop operation in HVAC, point‑of‑use and municipal systems.
Extracellular matrix‑mimicking electrospun soft‑tissue scaffolds
Programmable antimicrobial nanofiber matrices engineered to mimic extracellular matrix architecture for soft‑tissue repair and regenerative applications.
Nanofiber drug‑delivery patches (sustained and burst release)
Electrospun patch platforms capable of incorporating active pharmaceutical ingredients for controlled sustained or burst release profiles.
Biomimetic electrospun tubular scaffolds and implant coatings
Porous tubular scaffolds and nanofiber coatings for vascular and tubular tissue engineering and for improving adhesion between metal implants and fiber coatings.
Portable contactless nanofiber wound dressing applicator
Lightweight, handheld device designed to deposit nanofiber wound matrices onto tissue without contact for rapid field or clinical wound coverage.
PFAS‑free nanofiber oleophobic coatings
Nanofiber‑based, PFAS‑free coatings engineered to provide oil and water repellency for textiles, medical fabrics and packaging using biodegradable and bio‑based polymer chemistries.
Nanofiber filtration membranes for air and water purification
Electrospun membranes with controlled pore sizes and high surface area for particulate capture, microbial removal, heavy‑metal adsorption and low pressure‑drop operation in HVAC, point‑of‑use and municipal systems.
Services
Custom formulation and development of electrospun nanofiber materials and prototypes for filtration, biomedical, textile and energy applications, including scale‑up support.
Pilot roll‑to‑roll and industrial electrospinning production services, with modular capacity to operate needle‑based and needleless systems for scalable volumes.
Supply and installation of modular electrospinning machinery suitable for laboratory, pilot and industrial production.
Microstructure imaging (SEM), performance testing, durability assessments and QA reporting to support product development and certification efforts.
Consulting on PFAS testing approaches, selection and integration of PFAS removal technologies (nanofiber membranes, activated carbon, ion‑exchange, RO), and guidance on regulatory compliance and materials risk.
Custom formulation and development of electrospun nanofiber materials and prototypes for filtration, biomedical, textile and energy applications, including scale‑up support.
Pilot roll‑to‑roll and industrial electrospinning production services, with modular capacity to operate needle‑based and needleless systems for scalable volumes.
Supply and installation of modular electrospinning machinery suitable for laboratory, pilot and industrial production.
Microstructure imaging (SEM), performance testing, durability assessments and QA reporting to support product development and certification efforts.
Consulting on PFAS testing approaches, selection and integration of PFAS removal technologies (nanofiber membranes, activated carbon, ion‑exchange, RO), and guidance on regulatory compliance and materials risk.
Expertise Areas
- Electrospinning process development and scale-up
- Nanofiber materials development (biodegradable and PFAS‑free chemistries)
- Filtration membrane design for air and water
- Biomedical nanofiber platforms and wound care
Key Technologies
- Electrospinning (needle-based and needleless/free‑surface)
- Modular electrospinning platforms
- Roll‑to‑roll pilot and industrial production
- Coaxial/core‑shell electrospinning for encapsulation and drug loading
News & Updates
The company recently moved to a new 10,000-square-foot facility equipped with advanced nanofiber production lines and laboratories.
Matregenix is pioneering environmentally friendly nanofiber filters that eliminate the need for PFAS chemicals.
The company continues to innovate in tissue engineering, drug delivery, and wound healing applications.
An overview of electrospinning technology, its history, and future prospects in nanofiber production.
Insights into upcoming innovations, including hybrid techniques, smart materials, and sustainability.
A detailed look at polymers, solvents, and additives that influence nanofiber properties.
The company recently moved to a new 10,000-square-foot facility equipped with advanced nanofiber production lines and laboratories.
Matregenix is pioneering environmentally friendly nanofiber filters that eliminate the need for PFAS chemicals.
The company continues to innovate in tissue engineering, drug delivery, and wound healing applications.
An overview of electrospinning technology, its history, and future prospects in nanofiber production.
Insights into upcoming innovations, including hybrid techniques, smart materials, and sustainability.
A detailed look at polymers, solvents, and additives that influence nanofiber properties.