Precision Design. Uncompromised Safety.
Patient safety relies on component integrity. PMF Industries engineers medical components that exceed industry standards for cleanliness and durability. Our FlowformingPlus™ process produces seamless, precision-formed parts from bio-compatible alloys.
We eliminate the microscopic crevices found in traditional assemblies, delivering surfaces that are easy to sterilize and impossible to compromise. PMF understands the strict regulations of the medical sector. We deliver the documentation, traceability, and quality you require.
Critical Medical Applications
We specialize in manufacturing durable, one-piece components that withstand repeated sterilization cycles and high-pressure environments. Our ability to electropolish in-house ensures the highest levels of surface purity.
STERILIZERS
SANITARY PRESSURE VESSELS
COMPLEX ASSEMBLIES
FERMENTATION VESSELS
OTHER CYLINDRICAL SHAPES
Have a medical component metal-working need?
PMF is dedicated to the health and wellness of the Medical Industry. Just what the doctor ordered.
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BIO-COMPATIBLE ALLOY MASTERY
We process difficult-to-form metals, including 316L Stainless Steel and Titanium, maintaining their metallurgical purity while achieving superior mechanical properties.
SANITARY GEOMETRY
Achieve variable wall thicknesses in a single component. We create thick flanges for secure connections and thin, uniform walls for weight reduction—all without the seams that trap contaminants.
SURFACE PERFECTION
Our in-house electropolishing capabilities remove surface imperfections at a microscopic level. This ensures your components meet the rigorous sanitary requirements for fermentation and sterilization.
Send us your most stringent metal-working challenges.
CASE STUDY: Sanitary Pressure Canister
Component: Pressure Canister
Material: 316L Stainless Steel
The Challenge: Manufacture a robust canister that maintains pressure integrity while meeting strict sanitary surface requirements.
The Solution: PMF combined flowforming precision with advanced joining techniques. We flowformed the main body for geometric accuracy and utilized electropolishing to ensure a sterile surface finish.
The Result: A durable, high-performance assembly designed for critical medical environments.
