Fresh-Roasted, Organically shade Grown
What Is Coffee
Coffee needs little introduction. Most of us recognize it by its aroma before anything else. But behind that familiar smell is a surprisingly complex seed from the fruit of an evergreen Coffea tree.
We use Coffea arabica, the species prized for its nuanced aroma. The roasted bean contains plant antioxidants that help limit oxidative stress, diterpenes studied for inflammatory pathways, tocopherols, natural lipids, and hundreds of aromatic compounds. Its familiar smell is only the beginning.
Our coffee is organically grown, shade-grown, and given a fresh light-to-medium roast. We infuse the roasted beans into an anhydrous carrier oil, then filter them out. What remains is a smooth botanical infusion. Brewed coffee, concentrated extracts, pressed coffee seed oil, and grounds are different preparations with different chemistry.
Why We Love Coffee
The Whole Bean Is the Point
Coffee is one of those skincare ingredients that often gets flattened into a single talking point: caffeine. We think that misses most of what makes the bean special.
Caffeine strongly favors water, so it is not the reason we infuse coffee into oil. We do not add isolated caffeine, and we are not looking for a stimulant effect. We choose the roasted bean for its broader protective chemistry and the warm natural character it gives the infusion without essential oils or synthetic fragrance.
A Light-to-Medium Roast Hits the Sweet Spot
Roasting changes more than aroma. Coffee’s plant antioxidants help neutralize free radicals, unstable molecules that can damage fats, proteins, and DNA. A very dark roast destroys more of these protective compounds. Our light-to-medium roast preserves more of that antioxidant activity while still creating the rich aroma that makes coffee unmistakably coffee.
A Source We Can See
The beans are roasted by family, which gives us something we deeply value: a supply chain we can see. It allows us to ask questions, confirm fair practices, and be more selective about the quality of the shade-grown, organic beans we use.
We currently use this infusion in Awaken Oil, though coffee can bring the same beautiful character to other well-designed oil formulas.
Traditional Use and Cultural History
Long before coffee became a skincare ingredient, it became a reason to sit down together.
Coffea arabica has its botanical roots in the highlands of northeastern tropical Africa, especially Ethiopia and neighboring regions. Coffee traditions later developed in Yemen, then traveled through Red Sea trade routes into the wider Middle East and eventually much of the world.
In Ethiopia, preparing and sharing coffee remains closely tied to hospitality and gathering. Across cultures, the roasted bean became part of daily work, celebration, conversation, and welcome.
Using coffee in body care is a newer expression of that long relationship. We are working with it differently, but we still begin with the same things that have always mattered: the quality of the bean, how it was grown, how it was roasted, and how it was prepared.
What the Science Says
This is where the roasted bean becomes especially interesting.
Antioxidants and Oxidative Stress
Plants make protective compounds called polyphenols partly to defend their own tissues. Coffee’s main polyphenols are chlorogenic acids. Their value for skin comes from their ability to neutralize free radicals and interrupt oxidative stress, which contributes to environmental damage and premature visible aging.
A 2022 study compared light, medium, and dark roasted Arabica. Researchers identified 23 different plant antioxidants, including 15 phenolic acids. Light roast kept the largest overall amount in several tests. Medium roast retained the greatest variety and performed best in one free-radical-scavenging test.
Researchers have also found chlorogenic acids in the oil side of roasted coffee. Pressed roasted Arabica oil showed free-radical-scavenging activity and contained chlorogenic acids, tocopherols (forms of vitamin E), diterpenes, and numerous roasted aroma compounds.
Pressed oil is not the same preparation as our infusion, but it gives us a useful look at the oil side of the bean. It confirms that roasted coffee’s lipid fraction can carry antioxidant compounds, not only scent.
Anti-Inflammatory Activity
Cafestol and kahweol are naturally occurring diterpenes associated with coffee’s lipid fraction. In activated macrophage cells, both reduced cyclooxygenase-2 expression and prostaglandin E2 production, two parts of inflammatory signaling.
A 2026 study took an even closer look at coffee’s lipophilic compounds. Cafestol, kahweol, and naturally occurring serotonin amides influenced inflammatory pathways in cell models, and some combinations worked more strongly together than alone. That fuller chemistry is one of the reasons we prefer the bean rather than building the ingredient story around a single isolated compound.
Anti-Aging, Collagen, and UV Stress
One of the most compelling areas of coffee research is its response to UV-related oxidative stress. UV exposure contributes to visible aging partly by increasing reactive oxygen species and matrix metalloproteinases, or MMPs. These enzymes break down collagen and other parts of the skin’s supporting structure.
In a 2016 study, an oil fraction made from spent roasted coffee grounds reduced UVB-induced reactive oxygen species in human keratinocyte cells. Researchers then applied the coffee oil fraction and a separate ethanol extract in a hairless-mouse model. Both reduced UVB-related wrinkle formation and epidermal thickening. They also lowered MMP-2, MMP-9, and MMP-13, directly connecting the results with less activity from enzymes involved in collagen breakdown.
Coffee’s polyphenols add another piece. In human keratinocyte cells, chlorogenic acid reduced UVB-generated oxidative stress, helped protect cellular DNA, and improved cell survival after exposure.
Pressed roasted Arabica oil has also shown direct UV absorbance. In one laboratory assay, it produced an in vitro sun protection factor value of 9.7 along with free-radical-scavenging activity. That does not assign an SPF to our infusion, but it does show that UV-active compounds can remain in the roasted bean’s oil fraction.
Taken together, the antioxidant, wrinkle, MMP, and collagen-related findings give coffee a credible place in anti-aging research. We value it as support against environmental stress, alongside tested daily sun protection.
Skin Sensitivity and Use
The roasted beans are filtered out after infusion, so no rough grounds remain in the finished ingredient. As with any botanical, patch test the complete product if your skin is highly reactive or your barrier is compromised.
Frequently Asked Questions
Is coffee-infused oil a source of caffeine?
It is not made or used as a caffeine extract. Caffeine strongly favors water, and we do not add isolated caffeine. We choose coffee for the broader roasted-bean chemistry and natural aroma.
Can coffee support collagen and aging skin?
Cell and animal studies found that roasted-coffee fractions reduced UVB-related oxidative stress, wrinkle formation, and MMP enzymes involved in collagen breakdown. This supports coffee’s potential as an antioxidant and anti-aging botanical.
Is coffee-infused oil a sunscreen?
No. Roasted coffee oil has shown UV absorbance in laboratory testing, but a finished product must undergo standardized testing to carry an SPF. Coffee infusion belongs beside tested sun protection, not in place of it.
Is coffee-infused oil the same as pressed coffee oil?
No. Pressed coffee oil comes directly from the bean. An infusion uses a separate carrier oil to draw compatible compounds from roasted coffee, creating a gentler and more diluted ingredient.
Does the infusion smell like coffee?
Yes, but softly. Its warm roasted aroma comes from the beans themselves rather than an essential oil or synthetic coffee fragrance.
Sources
Choi HS, et al. (2016). Topical application of spent coffee ground extracts protects skin from ultraviolet B-induced photoaging in hairless mice. Photochemical & Photobiological Sciences, 15(6), 779–790.
Kew Science, Coffea arabica L., Plants of the World Online.
Montagnon C, et al. (2022). Genetic structure and domestication history of Arabica coffee. Agronomy, 12(12), 3203.
National Coffee Association. The history of coffee.
Wu H, et al. (2022). Impact of roasting on the phenolic and volatile compounds in coffee beans. Food Science & Nutrition, 10(7), 2408–2425.
Böger BR, et al. (2021). Quality attributes of roasted Arabica coffee oil extracted by pressing. Grasas y Aceites, 72(1), e394.
Tenney K, et al. (2023). Partitioning of caffeine and quinine in oil-in-water emulsions and effects on bitterness. Journal of Food Science, 88(1), 186–195.
Kim JY, Jung KS, Jeong HG. (2004). Suppressive effects of kahweol and cafestol on cyclooxygenase-2 expression in macrophages. FEBS Letters, 569(1–3), 321–326.
Beccari G, et al. (2026). Anti-inflammatory activity of lipophilic coffee constituents. Journal of Functional Foods, 143, 107410.
Cha JW, et al. (2014). The polyphenol chlorogenic acid attenuates UVB-mediated oxidative stress in human HaCaT keratinocytes. Biomolecules & Therapeutics, 22(2), 136–142.