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High density slit transplant with 10x loupe
Even the smallest mistake when collecting hair, such as going too deep, too shallow, or at the wrong angle, can cause follicle damage.
Hair follicle cells are incredibly small and transparent, making them difficult to see with the naked eye or a low magnification loupe.
At NEWHAiR, we use the highest magnification loupe available to increase our success rate.
High magnification digital microscopy separation
The reason for using a microscope is to ensure that the results are always the same, regardless of the condition of the person separating the follicles.
If you separate the hair follicles without a microscope, you won't be able to distinguish follicles with gray and fine hairs.
For those with hair loss, even single gray or fine hair is precious and cannot be thrown away.
Human eyes can’t see at high magnification, so a microscope must be used to reduce loss and damage to hair follicles.
Digital binocular microscope
Microscope for accurate hair follicle isolation
20x magnification
Digital binocular microscope allows for 100% complete hair follicle isolation without damage
Four nurses isolate 100 hair follicles using a microscope
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Consistent isolation results when using a digital microscope.
We spare no expense in labor or equipment to protect your precious hair follicles.
VS
Eyes
Isolating very small hair follicles with the naked eye?
Naked eye
No human being has high-magnification eyes.
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One nurse isolates 1000 hair follicles using a microscope
Follicle separation requires a high level of concentration. When working with the naked eye, the separation results may vary depending on the nurse's physical condition.
Transplanted hair follicle aqua cutting
NEWHAiR uses Aqua-cutting technology, which isolates hair follicles in water that mimics the body's environment, so that the hair follicles are not exposed to air and the hair cells do not lose moisture and nutrients.
Organ preservation solution and low temperature retention
Similar to liver and kidney transplants, NEWHAiR safely transplants hair follicles by storing them in an organ preservation solution at a low temperature of 4 degrees.
This provides the most optimal conditions for the transplant to gain even one more hair follicle.
Hyperbaric oxygen therapy
Transplanted hair follicles are not connected to capillaries, so they do not properly receive nutrients and oxygen.
NEWHAiR uses hyperbaric oxygen therapy, which delivers 100% oxygen to the transplanted follicles at high pressure, to increase follicle survival before vascularization.
I'll do anything if I can increase even the 1% success rate.
I will spare no effort or expense.