Why Choose the Adinizer?
Traditional emulsification devices—like luer-to-luer transfers—rely on blunt, forced pressure that crushes fat through narrow connectors. This “crush-and-smash” approach damages the native regenerative cell matrix, is difficult to process, and produces inconsistent graft sizes.
The Adinizer® changes that.
Engineered for precision, the Adinizer cuts, not crushes, fat—mechanically refining adipose tissue into consistently uniform, biologically viable grafts ideal for both structural and regenerative applications.
Using ultra-sharp blades with a large surface area, the Adinizer gently shears fat while eliminating the damaging effects of blunt force pressure. The result: a simplified workflow, superior cellular preservation, controlled particle sizing, and higher stromal cell integrity—all within a sterile, single-use system designed for reproducibility and speed.
Better fat. Predictable results. Elevated patient outcomes.
Adinizing Unlocks the Regenerative Power of Fat
Fat is more than volume—it’s the body’s richest reservoir of stromal cells, extracellular matrix (ECM), and paracrine signaling factors that drive tissue repair and rejuvenation.
By mechanically preserving these stromal elements and signaling capabilities—without enzymes or chemical alteration—the Adinizer transforms structural fat into a potent autologous bio-stimulator that supports tissue renewal and healing from within.
From aesthetic rejuvenation to wound care, orthobiologics, and intimate wellness, Adinizing empowers physicians to harness the full biologic potential of the patient’s own tissue for targeted regenerative treatments.
Efficient Processing & Structural Consistency
The Adinizer shears fat into uniform, size-controlled grafts in just 3–5 low-pressure passes. Its multi-disc, blade-cutting design provides complete control over graft size—matching each preparation to the preferred cannula or needle gauge based on anatomical depth or clinical indication.
From structural micro-fat (11G–23G) to regenerative nano-fat and stromal tissue concentrate (25G–30G), every pass preserves cell viability and extracellular integrity. The result: predictable graft architecture, optimized biologic potency, and efficient, reproducible outcomes.
Regenerative Fat
Structural Fat
Clinical Benefits
Customizable
Fat Graft in Seconds
Switch blade sizes to match grafts to anatomical planes—whether for facial
refinement or orthopedic applications.
Reproducible Outcomes
Standardized cutting delivers uniform particle sizes, ensuring repeatability and minimizing guesswork across treatments.
Smooth,
Reliable Injectability
Engineered for effortless flow through the cannulas—saving time, reducing clogging,
and improving procedural efficiency.
Ideal for Small-Volume
Regenerative
Applications
Perfect for regenerative aesthetics, sexual wellness, or targeted orthobiologic use—where precision and preservation matter most.
Protect Cell Integrity
The Adinizer’s low-pressure mechanical cutting reduces trauma compared to
luer-to-luer transfers.
Better Patient Results
Smaller uniform fat particles integrate more smoothly into
treated areas—offering refined, natural-looking enhancement.
More Natural Results
Gentler processing helps
preserve the vitality of cells—supporting better healing and
long-term results.
Longer Lasting Outcomes
Lower pressure and smoother injectability means less trauma
to surrounding tissue—
often translating to less downtime and fewer side effects.
Faster Recovery
Whether you’re restoring volume, reducing wrinkles, or supporting
joint health, the Adinizer
customizes your own fat for
the results you want.
Greater Holistic Treatment
The Healing Power of Fat
It's not cells alone but also the intricate network that connects them. Together, these stromal tissue elements — cells, scaffolds, and signals — form the foundation for regenerative success. Understanding how each component contributes to repair, regeneration, and renewal is key to unlocking the full potential of adipose-derived therapies for better biologics.
Stromal Cells
Function: Drive regeneration through direct repair, immune modulation, and interaction with the extracellular matrix.
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Adipose-Derived Stem/Stromal Cells (ADSCs), pericytes
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Endothelial Progenitor Cells
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Fibroblasts
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Macrophages & Immune-Regulating Cells
Extracellular Matrix (ECM)
Function: Anchors cells, maintains tissue shape, and stores growth factors that support regeneration.
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Collagen (Types I & III)
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Elastin & Laminin
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Fibronectin & Proteoglycans
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Basement Membrane Components
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Vascular Niches &
Stromal Fibers
Secretome
Function: Orchestrates cell-to-cell communication—telling cells when to activate, migrate, repair, or calm inflammation.
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Growth Factors - VEGF, FGF, PDGF, EGF, HGF
- CYTOKINES $ CHEMOKINES - IL-10, IL-1ra, TGF-β
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Exosomes, microveesicles, nanoparticles, RNA
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Matrix modulators
Specialties
Plastic &
Reconstructive
Facial Plastics &
Oculoplastics
Dermatology &
Aesthetic Medicine
Orthobiologics &
Sports Medicine
Wound Care &
Reconstruction
Cosmetic Gynecology &
Sexual Wellness
Maximize Biologic Potential
Preserve ECM Integrity
Low-Pressure, Gentle Processing
Uniform, Easy to
Inject Grafts
Adinizing = Cutting
FDA Class II Cleared
Precision-Cut Fat
Structural &
Regenerative Utility
