The Plants Within

Rosemary - Precision for Scalp Vitality

What CO₂ extraction helps retain

Traditional rosemary infusions pull softer oil-soluble compounds from the plant.
Rosemary essential oil captures the highly aromatic volatile compounds through steam distillation.

CO₂ extraction bridges both worlds - capturing rosemary’s volatile aromatic profile and its heavier antioxidant-rich compounds in one concentrated extract.

That means a fuller representation of the plant, with more depth, complexity, and functional plant chemistry retained

Rosemary’s naturally occurring volatile compounds, including 1,8-cineole
Antioxidant-rich diterpenes such as carnosic acid and carnosol
The deeper oil-soluble fractions often left behind during steam distillation

How it Shows Up

These constituents contribute to:

Antioxidant-rich compounds help defend the scalp against buildup, oxidative stress, and environmental debris
Supports hair growth by helping maintain a healthier, more balanced scalp environment where hair can thrive
A conditioned environment around the follicle
Hair that appears fuller, stronger, and more resilient over time
Helps improve the look and feel of dry, stressed strands by supporting smoother texture and natural shine

Without strong roots, we will not grow. Find Rosemary in Root CO₂.

Calendula- Resinous Support for Reactive Skin

What CO₂ Extraction Helps Retain

Calendula has been trusted for generations to comfort dry, stressed, reactive skin, but traditional infused oils only capture part of what the plant has to offer.

The most valuable compounds inside calendula are deep, resinous, and oil-soluble. They are not captured through steam distillation and are only lightly pulled through traditional infusions. Calendula CO₂ contains significantly higher levels of skin-supportive triterpenes than traditional extractions.

Triterpenoids and calendulosides that help reduce the appearance of redness and skin reactivity
Flavonoids- Plant antioxidants that help support skin equilibrium and reduce the appearance of stress in the skin
Carotenoids and polyphenols-Protective antioxidants that help defend skin from environmental stress and oxidative damage
Calendulosides are responsible for calendula being known as a skin-repairing botanical
Lipophilic plant compounds- Oil-soluble constituents that contribute to skin comfort, nourishment, and barrier support

How It Shows Up

These compounds contribute to:

Visible calm in stressed or reactive skin, redness that appears less easily triggered
The barrier begins to feel more coherent and supported, holding moisture with greater ease
Surface texture appears smoother and more refined, as the skin returns to a steadier state
Rather than simply offering temporary soothing, calendula supports the conditions that allow skin to regulate itself again
The result is skin that looks calm, resilient, and quietly radiant

Support without heaviness. Strength without suppression. Find Calendula in Restore CO₂.

Rosehip -Lipid Replenishment and Renewal

What CO₂ Extraction Helps Retain

Rosehip has earned a legendary reputation in skincare for helping improve the look of texture, softness, and visible skin renewal - but not all rosehip extracts are created equally.

Traditional cold-pressed rosehip oil captures the fatty acid profile of the seed.
CO₂ extraction goes further.

Using low-temperature supercritical extraction, Rosehip CO₂ captures a denser concentration of the seed’s naturally occurring carotenoids, antioxidants, and lipid compounds responsible for rosehip’s rich colour and skin-renewing reputation.

The result is a deeper, mor

Calendula CO₂ can contain significantly higher levels of skin-supportive triterpenes

Provitamin A carotenoids- Naturally occurring compounds associated with rosehip’s reputation for supporting visible skin renewal and improving the appearance of uneven tone and texture
Linoleic-rich essential fatty acids- Structural lipids that help reinforce the skin’s barrier and support moisture retention
Alpha-linolenic and oleic acids- Complementary fatty acids that contribute to suppleness and lipid balance within the skin.
Carotenoids and associated antioxidant compounds - molecules responsible for protective activity within the skin.

This produces an extract richer in structural lipids than mechanical pressing alone.

How It Shows Up

These lipids contribute to:

A visibly smoother, more refined surface
Support for natural renewal processes associated with provitamin A compounds
Skin that appears brighter, firmer, and more resilient
Improved moisture retention as barrier lipids are replenished

Refined and Renewed Find Rosehip in Capsule CO₂.

Pomegranate - Rare Lipid Architecture for Structural Resilience

What CO₂ Extraction Helps Retain

Supercritical CO₂ extraction helps preserve pomegranate's defining fatty acid profile, including:

Punicic acid- A rare conjugated omega-5 fatty acid that makes up the majority of pomegranate seed oil and is closely associated with the oil’s skin-supportive properties
The seed’s native lipid architecture-The intact structure of fatty acids and minor lipids that contribute to skin barrier strength and elasticity.
Oil-phase antioxidant fractions
A composition less altered by high heat processing

With pomegranate, preserving structure is the point.

How It Shows Up

Punicic-acid–rich oils contribute to:

Visible elasticity and bounce in the skin’s surface
Stronger structural resilience, helping the skin feel more supported
Protection against oxidative dullness, helping maintain vibrancy in the complexion
A surface that appears firmer, smoother, and more energized

Long-term support - not forced stimulation. Find Pomegranate in Capsule CO₂.

Sea buckthorn -Carotenoid-Rich Vitality from the Whole Fruit

What CO₂ Extraction Helps Retain

Supercritical CO₂ extraction helps retain the pulp's dense lipid fraction, including:

Carotenoids- Pigmented antioxidant compounds responsible for sea buckthorn’s deep orange color and its association with visible skin vitality.
Palmitoleic acid- (omega-7)- A rare fatty acid also naturally present in human skin lipids, associated with barrier comfort and surface suppleness.
Unsaponifiable fractions such as sterols and tocopherols- Protective plant compounds that help support barrier integrity and defend skin lipids from oxidative stress
The intact lipid–carotenoid complex of the fruit- This composition is distinctively different from sea buckthorn seed oil, expressing the nutrient-rich pulp portion of the berry.

How It Shows Up

These constituents contribute to:

A brighter, more energized-looking complexion
Visible skin renewal and recovery
Replenishment of depleted skin lipids
Protection against oxidative stress associated with skin aging

This is where visible vitality originates. Find Seabuckthorn in Capsule CO₂.

Coffee- Lipid-Soluble Support for the Eye Area

What CO₂ Extraction Helps Retain- Whole Bean Not Brewed

Supercritical CO₂ extraction helps retain coffee's oil-phase chemistry, including:

Caffeine retained within the lipid matrix -A naturally occurring compound associated with reducing the appearance of puffiness and visible under-eye fatigue.
Chlorogenic acids and polyphenols- Potent antioxidant compounds that help defend delicate skin from oxidative stress.
Diterpenes such as cafestol and kahweol- Potent antioxidant compounds that help defend delicate skin from oxidative stress.
Antioxidant compounds absent from brewed extracts

Because CO₂ extraction works within the bean’s lipid phase, these compounds are preserved in ways water brewing cannot capture.

They are also absent from steam-distilled essential oils, which isolate only volatile aroma molecules.

How It Shows Up

In the delicate under-eye area, these compounds contribute to: