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Scanning electron micrograph of PDLLA microspheres (×2,500)
Science · Evidence

Every design decision is
evidence-based.

Every design decision in CELLOGRAM is grounded in scientific evidence. PDLLA 30µm, Non-porous, Skin-Compatible Design — every value is linked through mechanism.

50+ Components
01 · Foundation Hyaluronic Acid
02 · Activation PDRN · Aminos · Vit · Peptides
03 · Protection Redox Defense
04 · Support Trehalose · Minerals
Biological Environment · ECM Prime

Cells read their
environment.

A 4-phase hierarchical design with 50+ components — Foundation, Activation, Protection, Support — designing a complex environment that supports the skin's own condition.

Technology · Smart SPDS™
Solid Phase
Delivery System™
The technology of our manufacturing partner, engineering uniform microspheres with precision from the nano to the micro scale. The physical foundation of CELLOGRAM PDLLA 30µm.
Why Technology Matters
For PDLLA 30µm to work at a skin-compatible scale, particles must be uniform. If size varies, the skin's response varies. Smart SPDS™ is the technology that underpins that uniformity.
Uniformly Spherical
Uniform spherical microspheres, produced consistently at scale. Particle shape consistency is designed to narrow the variability of the response.
Controlled Release
Gradual, uniform biodegradation in vivo. Maintains continuous structural signal without sudden release.
Adjustable Degradation
Degradation period can be adjusted based on material properties. Custom design possible to match clinical objectives.
Strong Durability
Dense non-porous particles maintain steady degradation rate in vivo. Becomes the basis for predictable conditioning signals.
Customizable Particle Size
Custom production possible within specific size ranges at nano-to-microscale. Foundation for CELLOGRAM's 30µm optimization.
SEM Verified
×500 / ×5000
Uniformity verified by electron microscope
Microscope Verification — PDLLA 30µm Microsphere
optical-x4
optical-x10
optical-x40
sem-x200
sem-x500
sem-x1000
sem-x2500
sem-x5000
Optical
×4
Optical microscopy. Size measured against 30 µm and 50 µm scale bars.
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