You’ve probably seen impressive ingredients listed on haircare products.
Peptides.
Botanical extracts.
Caffeine.
Vitamins.
Hair-density actives.
But there’s another question that matters just as much:
How are those ingredients actually delivered?
Because having good ingredients in a formula is only part of the story.
For those ingredients to do their job effectively, they need to be protected, transported and released where they are intended to work.
That is where DS Laboratories’ Advanced Nanosome Delivery System® comes in.
First: What Is a Nanosome?
Think of a nanosome as a tiny delivery capsule.
DS Laboratories uses nano-sized liposomes to encapsulate selected active ingredients inside microscopic structures. These help protect the ingredients and assist with their delivery into the skin or scalp.
The technology sounds complicated.
The idea is actually quite simple:
Protect it. Carry it. Release it.
Why Does Ingredient Delivery Matter?
Imagine taking an important ingredient and simply placing it onto the surface of the scalp.
Some ingredients may not remain stable for long enough.
Others may not reach the areas where they are intended to work as effectively. The delivery system therefore becomes an important part of the formulation.
DS Laboratories describes its Nanosome Technology® as being designed to encapsulate key compounds and support their absorption and continuous release.
So instead of thinking only about:
“What ingredients are in this product?”
it is also worth asking:
“How is the formula designed to deliver them?”
How Does Nanosome Technology® Work?
The easiest way to understand it is in three steps.
STEP 1 — Encapsulate
Selected active ingredients are enclosed inside tiny nano-sized liposomes. Think of this as placing the ingredient inside a microscopic protective carrier.
This helps protect the ingredient while it is being delivered.
STEP 2 — Transport
Those microscopic carriers help transport the ingredients through the skin or scalp environment.
Because of their very small size, they are designed to help deliver key compounds beyond simply sitting on the surface.
STEP 3 — Release
Once delivered, the encapsulated ingredients are released over time.
DS Laboratories describes this as continuous release, helping the actives remain available for longer rather than being delivered all at once.
In Simple Terms
If we strip away all the laboratory language:
The active ingredient is the passenger.
The nanosome is the delivery vehicle.
The ingredient tells us what the formula is designed to do.
The delivery system helps determine how effectively that ingredient can be delivered.
That is why DS Laboratories talks about both.
Where Does Nanoxidil® Fit In?
This is where people often confuse two different DS technologies.
Nanoxidil® and Nanosome Technology® are not the same thing.
Nanoxidil® is a proprietary active used in selected DS Laboratories hair-density treatments such as Spectral Women’s.
The Advanced Nanosome Delivery System® is the delivery technology used to help carry key active ingredients within the formula. Spectral Women’s combines Nanoxidil® 5% with DS Laboratories’ Nanosome Delivery System®.
So the easiest way to remember it is:
Nanoxidil® = hero active
Nanosome Technology® = delivery system
Why Is This Relevant to Thinning Hair?
Hair-density products often contain multiple ingredients designed to support the scalp and improve the appearance of fuller and thicker-looking hair.
But putting ingredients into a bottle is not enough.
A well-designed formula also needs to consider:
- Ingredient stability
- Delivery
- Absorption
- How ingredients are released
- How long they remain available
This is one of the reasons DS Laboratories places so much emphasis on its delivery technology rather than only marketing individual ingredients.
Where Is Nanosome Technology® Used?
The technology appears across a number of DS Laboratories products, including products developed specifically for thinning hair and reduced density.
For women experiencing visible thinning, Spectral Women’s combines Nanoxidil® 5% with the Advanced Nanosome Delivery System® in a lightweight leave-in treatment designed to improve the appearance of hair density, thickness and volume.
It can form part of a simple hair-density routine together with Revita Hair Density Shampoo.
Why Does DS Laboratories Talk About “Continuous Release”?
This is another important part of the technology.
DS Laboratories says the Nanosome Delivery System® is designed not only to transport ingredients but also to allow continuous release of active ingredients over time.
That means the aim isn’t simply:
apply → release everything immediately → finished.
Instead, the formulation is designed to help make selected ingredients available over a longer period.
This is part of what differentiates a delivery system from a simple ingredient list.
Ingredient + Delivery = The Full Story
When evaluating hair-density products, consumers naturally focus on hero ingredients.
And they should.
But sophisticated formulation is about more than one fashionable ingredient. It is the combination of:
The right active ingredients
The right delivery technology
Consistent use over time
The Simple DS Laboratories Explanation
If someone asked:
“What exactly is Nanosome Technology®?”
the simplest answer would be:
It is DS Laboratories’ microscopic delivery system that encapsulates selected active ingredients and helps transport and release them effectively in the scalp or skin.
That’s it.
You don’t need a chemistry degree to understand why that matters.
Not Sure Which Hair-Density Product Is Right for You?
If you’re experiencing shedding, a widening parting, reduced volume or more visible scalp, visit DS Laboratories South Africa’s Hair Thinning page.
Explore the products designed specifically for thinning hair and hair density. You can also use the AI Hair Assistant on the website to ask questions about your concerns, products and routine.
Good Ingredients Matter. Delivery Matters Too.
The next time you look at a hair-density formula, don’t only ask:
“What’s in it?”
Also ask:
“How is it being delivered?”
Because in advanced haircare, the technology behind the ingredient can be just as important as the ingredient itself.