You might have noticed this term somewhere in advertising and marketing platforms: liposomal technology. So, why is this new term being popularized? Every few years, a new skincare trend follows up with new ingredients being sold and serum bottles with higher concentration. Growing up, we have been walked around the concept that more means better. In psychology, there is a term for it as percentage bias, and the skincare industry has utilized this concept perfectly. But amidst all this, we forget to focus on the formulation and delivery system of serums. This is where liposomal serums differentiate from generic serums. In this guide, we discuss liposomal and non-liposomal serums according to dermatology and science to help you decide what best suits you.
What Is a Liposomal Serum?
The term liposomal is derived from the scientific term liposomes, which are basically tiny microscopic spherical bubbles made out of phospholipids. This is the same lipid that forms cell membranes.
Liposomal serums use this concept to provide a better delivery system for active ingredients inside the skin’s surface. Liposomal serums use liposomes, which are tiny bubbles of phospholipids, to encapsulate the active ingredient inside the liposomes and deliver it slowly throughout the skin upon application. (PubMed)
The reason it works better is because of the unstable nature of active ingredients, which causes them to degrade or oxidise faster in a generic serum composition. It provides a controlled release of actives without losing the potential benefits of the serum.
Studies have shown that using liposomes as a delivery system holds substantial evidence suggesting better penetration of the active ingredient into the skin and more effectiveness compared to conventional serums. (PubMed)
What Is a Non-Liposomal Serum?
If we simplify the whole concept of bubbles and liposomes, a non-liposomal serum does not have any encapsulation method using liposomes. The active ingredient is transferred into a serum bottle using a standard method in a water- or gel-based formula without a lipid shell wrapped around it during the formulation step. A basic or standard non-liposomal serum need not mean it is less effective in every case. Factors such as concentration and supporting ingredients that balance out the pH of the serum also play a crucial role in how well a serum performs on your skin. (PubMed)
Liposomal vs Non-Liposomal Serum: The Difference
Below is a table that compares a conventional non-liposomal serum beside a liposomal serum based on different features, which helps to look at the formulation with a broader perspective.
| Feature | Liposomal Serum | Non-Liposomal Serum |
|---|---|---|
| Delivery System | Active incorporated into liposomal carriers | Conventional delivery system |
| Encapsulation | Yes | No |
| Stability | Potentially improves stability for some actives | Depends on formulation and active |
| Delivery | Designed to improve topical active delivery | Depends on active and vehicle |
| Release | Designed for controlled release | Depends on formulation |
| Texture | Has a more lightweight consistency | Can be lightweight or rich |
Source: National Library of Medicine
Note: It is worth noting that not every active ingredient requires to be formulated using liposomal technology for better penetration and delivery onto the skin. Liposomal technology is more beneficial for unstable ingredients such as Vitamin C, Retinol, Salicylic Acid, Peptides, and other antioxidants. It allows for a more controlled release without any environmental degradation.
How Does Liposomal Technology Work in Skincare?
If we break down the process of using liposomal technology in the skincare industry into a few steps, this would be:
Step 1
You decide the active ingredient, preferably an unstable active such as Vitamin C.
Step 2
You decide supporting ingredients that improve the efficacy of the primary ingredient, such as Ferulic Acid in the case of Vitamin C.
Step 3
Encapsulate them into liposomes, which are microscopic bubbles formed out of phospholipids.
Step 4
The carrier structure of liposomes helps the active cross the boundary between the formula and the skin.
Step 5
There is a controlled release and better penetration of the active into the skin’s outer layer, wherein the active separates from its carrier and performs its intended function.
Bonus: Here's a second job liposomes sometimes do that gets overlooked: protecting fragile ingredients from breaking down before they ever reach you. Some actives degrade quickly when exposed to air, light, or an unstable formula environment. Wrapping them in a liposome can help maintain their stability and preserve their potency by the time they are applied.
What Are the Potential Benefits of Liposomal Serums?
Improved Stability
Liposomes act as a protective microenvironment around some actives, especially actives like Vitamin C and retinoids, which tend to oxidize easily. This can help the active remain stable for longer.
Improved Delivery
Due to the encapsulated nature of liposomes, there is a controlled release of the active on the epidermis of the skin, which can support delivery across facial skin.
Improved Efficacy
Since the liposomal delivery system provides better distribution of the active across the face and a more stable formulation, it can potentially translate into better biological effects.
Potentially Better Tolerability
Slower, staged release can soften the initial impact of certain actives, which some people may find more comfortable on sensitive or reactive skin.
Is a Liposomal Serum Always Better Than a Non-Liposomal Serum?
No. Liposomal technology does not automatically mean that every serum marketed as using liposomal technology is superior. What helps is understanding the formulation. Active ingredients on their own can be unstable, and using a supporting ingredient can help stabilize the primary active ingredient. Certain ingredients that are already lipid-based, such as Niacinamide, do not particularly benefit much from liposomal technology. On the other hand, unstable ingredients like Vitamin C and Retinol have evidence-based research suggesting potential benefits from liposomal technology. (PubMed)
Salicylic Acid (BHA) is a lipid-based ingredient, but using liposomal technology allows a more controlled release of the active across the face rather than concentrating it in a single region of the skin.
At the end, it comes down to the formulation, derivatives of ingredients used, concentration of the active, and supporting ingredients when understanding the efficacy of any serum.
When Does Liposomal Technology Matter Most?
There are specific situations where reaching for liposomal delivery makes genuine sense: an ingredient that is chemically unstable and prone to breaking down, an active that has historically been hard to deliver topically, a product built around the idea of slow, controlled release, or a formulation where extending shelf-stable potency is the whole point. The most beneficial ingredients that show better efficacy using liposomal technology are Vitamin C, Retinol, and in some cases Alpha Arbutin and Salicylic Acid.
Bonus: It is not extremely beneficial in the case of water-soluble ingredients with a more stable nature, such as Niacinamide or humectants.
Liposomal Technology in Deconstruct Serums
Deconstruct Liposomal Vitamin C Serum
- Formulated with 10% Liposomal Vitamin C (3-O-Ethyl L-Ascorbic Acid), 0.5% Ferulic Acid, and 0.5% Centella Asiatica Extract.
- Uses liposomal technology as a delivery system to support the delivery of the active ingredients.
- Liposomal technology is supported by scientific research for its potential benefits as a delivery system.
- Vitamin C targets dull and uneven skin tone and supports collagen synthesis while also providing antioxidant protection against free radicals.
- 10% Vitamin C is used in the formulation to support brightening and antioxidant benefits.
- 0.5% Ferulic Acid helps stabilize Vitamin C, while 0.5% Cica Extract works to soothe irritation, inflammation, or redness without drying out the skin barrier. (PubMed)
- Lightweight and fast-absorbing formulation that does not leave the skin feeling greasy.
Deconstruct Liposomal Dark-Spot Clearing Serum
Formulated with 2% Liposomal Alpha Arbutin and 5% Niacinamide
Uses Liposomal Technology as a Delivery System
Liposomal technology is used as a delivery system to support the delivery of active ingredients. (PubMed)
Targets Active Acne and Clogged Pores
2% Alpha Arbutin works as a depigmenting ingredient by working on the melanogenesis pathway to reduce melanin production by blocking the tyrosinase enzyme responsible for melanin production.
5% Niacinamide regulates excess oil production and reduces breakouts in oily and acne-prone skin while also supporting the skin barrier.
Deconstruct Liposomal Oil Control Serum
Formulated with 2% Salicylic Acid, 3% Niacinamide, 2.5% Green Tea Extract, and 0.3% Hyaluronic Acid
Uses Liposomal Technology as a Delivery System
Liposomal technology is used as a delivery system to support the delivery of active ingredients. (PubMed)
Targets Active Acne, Blackheads, Whiteheads, and Enlarged or Visible Pores
2% Salicylic Acid dissolves excess sebum, gently exfoliates the skin surface, and helps reduce active breakouts and clogged pores.
3% Niacinamide regulates oil production without drying out the skin barrier.
- 2.5% Green Tea Extract helps soothe the skin and provide antioxidant protection.
- 0.3% Hyaluronic Acid provides hydration and moisture retention, helping keep skin balanced.
- Uses a balanced approach of exfoliating and hydrating ingredients to support the skin barrier.
- Lightweight and fast-absorbing formulation that does not leave the skin feeling greasy.
Frequently Asked Questions
What Is the Difference Between Liposomal and Non-Liposomal Serum?
Liposomal serums wrap their active ingredients in lipid-based carriers designed to aid delivery and stability, while non-liposomal serums deliver a similar or identical active through a conventional formula base.
Is Liposomal Serum Better Than Regular Serum?
Not by default. The active ingredient, its concentration, and overall formulation quality decide effectiveness far more than whether a liposomal carrier was used.
Are Non-Liposomal Serums Effective?
Yes. Effectiveness comes down to the active, its concentration, pH, and formulation quality, all of which can be strong without any liposomal encapsulation.
Is Liposomal Technology Suitable for Sensitive Skin?
It can be, particularly where controlled release softens how an active interacts with the skin, though this varies by product and shouldn't be assumed across the board.
Does Liposomal Technology Make Vitamin C More Stable?
It can help protect certain oxidation-prone forms of Vitamin C, though how much benefit shows up depends on the specific derivative and formula used.
Should I Choose a Liposomal Serum or a Higher-Concentration Regular Serum?
That depends on your specific skin concern and the evidence behind each option. Concentration and formulation quality carry just as much weight as the delivery method in that decision.
Final Thoughts
Liposomal technology earns its place in skincare formulation, it just doesn't earn the blank-check reputation it's been given. What actually separates a great serum from a mediocre one is the active ingredient, the concentration, the stability of the whole mixture, and how well it suits your skin. Delivery method is one variable in that equation, never the deciding one on its own.
Read past the label claim, look at the full formula, and let that decide what earns a spot in your routine. If you are looking for a serum that covers more than one job and benefits from liposomal technology, consider the Deconstruct 10% Liposomal Vitamin C Serum, formulated with Ferulic Acid and Cica Extract to support stability and the skin barrier.