Nano-hidroxiapatitos fogkrém


Bár a MEGASONEX® ultrahangos fogkefét úgy terveztük, hogy bármilyen fogkrémmel hatékonyan működjön, figyelmébe ajánlanánk a MEGASONEX® speciális fogpasztáját.  

A legtöbb fogkrém ugyanis erős habosító anyagokat (pl. SLS), illetve súrolóanyagokat tartalmaz. Mi máshogy közelítettük meg a dolgot, kimondottan az elektromos, ultrahangos fogkefe fizikájához illeszkedő fogkrémet hoztunk létre, így a kétes hasznú összetevőket egyszerűen kihagyhattuk belőle.


A MEGASONEX fogkrém emellett a legújabb tudományos felfedezésekre alapozva túlmutat a hagyományos fluoridtartalmú anyagok képességein, és nem csupán a fogzománc védelmét szolgálja, de a száj természetes fogzománcépítő folyamatait felerősítve egyenesen annak megújulását is szolgálja. 


Hatását a természetes legfőbb fogzománcalapanyag, a nano-hidroxiapatit 20-50 nanométeres átmérőjű részecskein át fejti ki. Ezek az apró részecskék elektrosztatikus módon egymáshoz kapcsolódva feltöltik a fogzománc apró gödröcskéit és repedéseit, így az jóval erősebb, simább, fényesebb és természetesen fehérebb is lesz.



Azoknak, akik gyönyörű mosolyra, fehér fogakra vágynak javasoljuk a fogfehérítő, zománcépítő fogkrémünk használatát ultrahangos fogkefével. 


Az ultrahangos fogkefe alaposan megtisztítja a lepedéktől, plakktól a fogakat, a fogkrém, pedig beépülve a fogzománcba, gyönyörű, fehér színt ad annak.

Kávé, cigaretta?

és a friss lehelet, fehér fogak, azaz, hogyan segít ebben a Megasonex ultrahangos szájápolás


Ultrahangos fogkefe: 

96 millió percenkénti ultrahangos rezgéssel biztosítja az alaposan megtisztított, lepedékmentes fogakat

még az elérhetetlen helyeken is.

Ultrahangos nyelvtisztító:

eltávolítja a nyelvhez makacsul ragaszkodó lerakódásokat, melyek a kellemetlen leheletet okozói​

Nano-Hidroxyapatite fogkrém:

a fogzománc újraépítése mellett, az elszíneződéseken is segít fogfehérítő hatásának köszönhetően. A MEGASONEX fogkrém nanorészecskéi beépülnek a zománcba, 



Our key ingredient, nano-hydroxyapatite is the smallest building block of teeth. Added to toothpaste, it can rebuild enamel and make it strong, smooth and shiny. Because it is very expensive, only a select few high-end toothpastes use it, and many that do do not use as high a concentration as we do. It may lower our profit margins, but without it, our toothpaste wouldn’t be the same.
We use sorbitol, a compound that naturally occurs in apples, pears and peaches, in order to give our toothpaste its characteristic consistency and also to help it to stay soft and avoid it from drying out prematurely. You can find it in a variety of pharmaceutical and food products, including mouthwashes, almost all sugar-free chewing gum and in the surimi crab at your local sushi bar.
We use this syrupy liquid in order to keep our toothpaste moist and give it its smoothness. It is also naturally somewhat sweet, but unlike sugar, does not feed the plaque-causing bacteria in the mouth. It can be found in low-fat cookies, in candies, in dairy products and even in Hollywood, where actors put it around their eyes in order to make it appear as if they are crying.
We use water that is so pure, the United States Food and Drug Administration allows it to be used in regulated pharmaceutical products. In our formula, water helps keep our toothpaste moist and paste-like. Without it, our toothpaste would be pretty hard to squeeze out!
Like most toothpastes, we use silica in our formulation. Silica, one of the most common minerals, is very hard and is one of the principal components of white porcelain. Unlike many other formulations which use coarsely ground silica as an abrasive agent, we use microscopic particles, which means that they polish, rather than abrade teeth, and help to give our toothpaste the right texture.
We make good use of xylitol, a natural sweetener found in the fibers of many common fruits and vegetables. Unlike regular sugar (sucrose), which feeds decay-causing bacteria, xylitol has been shown to actually help kill off harmful oral bacteria, such as streptococcus mutans. As an added bonus, xylitol also helps to create an unmistakably cool, refreshing sensation in the mouth.
Tetrasodium pyrophosphate
We use this crystalline compound in order to help remove some of the calcium and magnesium dissolved in saliva which could otherwise lead to tartar formation. Tetrasodium pyrophosphate is so safe that it is used in a variety of foods like canned tuna and crab, pudding and marshmallows.
Sodium methyl cocoyl taurate
We use a tiny dash of this mild coconut-derived ingredient in order to create a touch of foaminess, to help improve the cleaning action of our formula even for manual toothbrush users and to help give our formula the mouthfeel people associate with cleanliness without resorting to the use of agents like SLS.
We use this naturally-occurring mineral in order to give our toothpaste a lustrous appearance and to polish the surfaces of the teeth to a high gloss. Mica has a long tradition of use in a variety of high-end cosmetics, including lipstick and lip gloss.
Titanium dioxide
A naturally occurring mineral that is dazzlingly white, used to make our toothpaste as white as it can be and also temporarily help to make your teeth appear whiter. Perfectly safe, it has a long history of use in food, cosmetics, as a colorant in skim milk, a principal sunblock ingredient and even as a tattoo pigment.
Sodium carboxymethylcellulose
We use this hypoallergenic plant-derived ingredient in order to give our toothpaste its characteristic thickness, smoothness and to help keep the ingredients from separating out. It also helps to keep the freezing point of our formula depressed, so that it is better able to withstand shipping through cold climates. This same compound is used in a wide variety of pharmaceutical products and foods, including many brands of ice cream and eye drops.
Citric acid
This naturally-occurring acid, which gives fruits like lemons their characteristic tartness, is used in our formula to help keep its pH balanced. Achieving a balanced pH in the mouth is critical, as excess acitity in the mouth can lead to tooth demineralization, while excess alkalinity can lead to calculus formation.
Sodium Saccharin
In order to counteract an aspect of the flavor coming from the high concentration of nano-hydroxyapatite in our formula that xylitol alone cannot control, we use a tiny dash of this sweetener. Saccharin has been safely used for more than 130 years as a substance that is extremely sweet without any calories, so that, unlike other sweeteners like sugar, it doesn’t provide food for the harmful bacteria in the mouth.
We use a proprietary blend of pure botanical extracts in order to give our toothpaste a minty flavor that is mild enough to be refreshing, but not so strong as to affect your sense of taste.